Add dynamic irrigation management practices to Noah-MP #1372

prasanthvkrishna · 2021-01-19T14:32:45Z

TYPE: enhancement, new feature

KEYWORDS: Noah-MP dynamic irrigation scheme, Sprinkler, micro, and flood irrigation

SOURCE: Prasanth Valayamkunnath (NCAR)

DESCRIPTION OF CHANGES:
Problem: Current version of Noah-MP missing agriculture water management practices.

Solution:
A new dynamic irrigation scheme is implemented to estimate irrigation water requirements and apply water in the irrigated croplands. This new scheme irrigates the croplands based on sprinkler, micro, or surface flooding methods.

The various options are selected from the namelist, and are described in the run/README.namelist file.

You may have part of the domain do one kind of irrigation (for example, flood) and another part of the domain use a different kind of irrigation (for example, sprinkler). This can be done with the geo_em option that provides a map. So far, the only map for different methods is the USA. There is a global map of irrigated fraction that can be used outside the US, but then the irrigation method has to be selected.

The irrigation option only operates on the cropland landuse category.

As expected, effects of irrigation show up longer term. It is usually run at least seasonally not just for a few days.

LIST OF MODIFIED FILES:
M Registry/Registry.EM_COMMON
M Registry/Registry.NMM
M Registry/registry.noahmp
M dyn_em/module_first_rk_step_part1.F
M dyn_em/start_em.F
M dyn_nmm/module_PHYSICS_CALLS.F
M dyn_nmm/start_domain_nmm.F
M phys/module_physics_init.F
M phys/module_sf_noahmpdrv.F
M phys/module_sf_noahmplsm.F
M phys/module_surface_driver.F
M run/MPTABLE.TBL
M run/README.namelist
M share/output_wrf.F

TESTS CONDUCTED:

Conducted compilation and official em_real simulation tests with successful results in Cheyenne (by Prasanth Valayamkunnath, NCAR)
Jenkins regression tests are OK.

RELEASE NOTE: A new dynamic irrigation scheme is implemented to estimate irrigation water requirements and apply water in the irrigated croplands. This new scheme irrigates the croplands based on sprinkler, micro, or surface flooding methods. The various options are selected from the namelist, and are described in the run/README.namelist file.

dudhia · 2021-01-19T16:21:12Z

Is there a publication that describes this yet? If so, add it to the message.

…

On Tue, Jan 19, 2021 at 7:33 AM Prasanth Valayamkunnath < ***@***.***> wrote: @prasanthvkrishna <https://github.com/prasanthvkrishna> requested review from @wrf-model/physics on: #1372 <#1372> Dynamic irrigation as a code owner. — You are receiving this because your review was requested. Reply to this email directly, view it on GitHub <#1372 (comment)>, or unsubscribe <https://github.com/notifications/unsubscribe-auth/AEIZ77HJPYHQX6GTV36EHGTS2WJ2FANCNFSM4WI3OX3Q> .

davegill · 2021-01-22T22:05:48Z

@prasanthvkrishna @dudhia @weiwangncar
Prasanth,
Are you receiving the jenkins testing status emails? If not please see the wiki: https://github.com/wrf-model/WRF/wiki/How-to-Get-Jenkins-Emails

The code does not appear to be compiling for ARW, NMM, Chemistry, idealized, real-data, real*8, serial, openmp, or MPI.

Please find result of the WRF regression test cases in the attachment. This build is for Commit ID: be99bbe5124409cd21d0f63b7a956847c67c16e5, requested by: prasanthvkrishna for PR: https://github.com/wrf-model/WRF/pull/1372. For any query please send e-mail to David Gill.

    Test Type              | Expected  | Received |  Failed
    = = = = = = = = = = = = = = = = = = = = = = = =  = = = =
    Number of Tests        : 19           18
    Number of Builds       : 48           46
    Number of Simulations  : 166           164         164
    Number of Comparisons  : 105           0         0

    Failed Simulations are: 
    output_1:2 = STATUS test_001s em em_real 32 3dtke
output_1:2 = STATUS test_001s em em_real 32 conus
output_1:2 = STATUS test_001s em em_real 32 rap
output_1:2 = STATUS test_001s em em_real 32 tropical
output_1:2 = STATUS test_001o em em_real 33 3dtke
output_1:2 = STATUS test_001o em em_real 33 conus
output_1:2 = STATUS test_001o em em_real 33 rap
output_1:2 = STATUS test_001o em em_real 33 tropical
output_1:2 = STATUS test_001m em em_real 34 3dtke
output_1:2 = STATUS test_001m em em_real 34 conus
output_1:2 = STATUS test_001m em em_real 34 rap
output_1:2 = STATUS test_001m em em_real 34 tropical
output_10:2 = STATUS test_010s hill em_hill2d_x 32 01
output_11:2 = STATUS test_011s em em_real 32 03
output_11:2 = STATUS test_011s em em_real 32 03DF
output_11:2 = STATUS test_011s em em_real 32 03FD
output_11:2 = STATUS test_011s em em_real 32 06
output_11:2 = STATUS test_011s em em_real 32 07NE
output_11:2 = STATUS test_011o em em_real 33 03
output_11:2 = STATUS test_011o em em_real 33 03DF
output_11:2 = STATUS test_011o em em_real 33 03FD
output_11:2 = STATUS test_011o em em_real 33 06
output_11:2 = STATUS test_011o em em_real 33 07NE
output_11:2 = STATUS test_011m em em_real 34 03
output_11:2 = STATUS test_011m em em_real 34 03DF
output_11:2 = STATUS test_011m em em_real 34 03FD
output_11:2 = STATUS test_011m em em_real 34 06
output_11:2 = STATUS test_011m em em_real 34 07NE
output_12:2 = STATUS test_012s em em_real 32 10
output_12:2 = STATUS test_012s em em_real 32 11
output_12:2 = STATUS test_012s em em_real 32 14
output_12:2 = STATUS test_012s em em_real 32 16
output_12:2 = STATUS test_012o em em_real 33 10
output_12:2 = STATUS test_012o em em_real 33 11
output_12:2 = STATUS test_012o em em_real 33 14
output_12:2 = STATUS test_012o em em_real 33 16
output_12:2 = STATUS test_012m em em_real 34 10
output_12:2 = STATUS test_012m em em_real 34 11
output_12:2 = STATUS test_012m em em_real 34 14
output_12:2 = STATUS test_012m em em_real 34 16
output_13:2 = STATUS test_013s em em_real 32 17
output_13:2 = STATUS test_013s em em_real 32 17AD
output_13:2 = STATUS test_013s em em_real 32 18
output_13:2 = STATUS test_013s em em_real 32 20
output_13:2 = STATUS test_013s em em_real 32 20NE
output_13:2 = STATUS test_013o em em_real 33 17
output_13:2 = STATUS test_013o em em_real 33 17AD
output_13:2 = STATUS test_013o em em_real 33 18
output_13:2 = STATUS test_013o em em_real 33 20
output_13:2 = STATUS test_013o em em_real 33 20NE
output_13:2 = STATUS test_013m em em_real 34 17
output_13:2 = STATUS test_013m em em_real 34 17AD
output_13:2 = STATUS test_013m em em_real 34 18
output_13:2 = STATUS test_013m em em_real 34 20
output_13:2 = STATUS test_013m em em_real 34 20NE
output_14:2 = STATUS test_014s em em_real 32 38
output_14:2 = STATUS test_014s em em_real 32 48
output_14:2 = STATUS test_014s em em_real 32 49
output_14:2 = STATUS test_014s em em_real 32 50
output_14:2 = STATUS test_014s em em_real 32 51
output_14:2 = STATUS test_014o em em_real 33 38
output_14:2 = STATUS test_014o em em_real 33 48
output_14:2 = STATUS test_014o em em_real 33 49
output_14:2 = STATUS test_014o em em_real 33 50
output_14:2 = STATUS test_014o em em_real 33 51
output_14:2 = STATUS test_014m em em_real 34 38
output_14:2 = STATUS test_014m em em_real 34 48
output_14:2 = STATUS test_014m em em_real 34 49
output_14:2 = STATUS test_014m em em_real 34 50
output_14:2 = STATUS test_014m em em_real 34 51
output_15:2 = STATUS test_015s em em_real 32 52
output_15:2 = STATUS test_015s em em_real 32 52DF
output_15:2 = STATUS test_015s em em_real 32 52FD
output_15:2 = STATUS test_015s em em_real 32 60
output_15:2 = STATUS test_015s em em_real 32 60NE
output_15:2 = STATUS test_015o em em_real 33 52
output_15:2 = STATUS test_015o em em_real 33 52DF
output_15:2 = STATUS test_015o em em_real 33 52FD
output_15:2 = STATUS test_015o em em_real 33 60
output_15:2 = STATUS test_015o em em_real 33 60NE
output_15:2 = STATUS test_015m em em_real 34 52
output_15:2 = STATUS test_015m em em_real 34 52DF
output_15:2 = STATUS test_015m em em_real 34 52FD
output_15:2 = STATUS test_015m em em_real 34 60
output_15:2 = STATUS test_015m em em_real 34 60NE
output_16:2 = STATUS test_016s em em_real 32 65DF
output_16:2 = STATUS test_016s em em_real 32 66FD
output_16:2 = STATUS test_016s em em_real 32 71
output_16:2 = STATUS test_016s em em_real 32 78
output_16:2 = STATUS test_016s em em_real 32 79
output_16:2 = STATUS test_016o em em_real 33 65DF
output_16:2 = STATUS test_016o em em_real 33 66FD
output_16:2 = STATUS test_016o em em_real 33 71
output_16:2 = STATUS test_016o em em_real 33 78
output_16:2 = STATUS test_016o em em_real 33 79
output_16:2 = STATUS test_016m em em_real 34 65DF
output_16:2 = STATUS test_016m em em_real 34 66FD
output_16:2 = STATUS test_016m em em_real 34 71
output_16:2 = STATUS test_016m em em_real 34 78
output_16:2 = STATUS test_016m em em_real 34 79
output_17:2 = STATUS test_017s em em_real 32 kiaps1NE
output_17:2 = STATUS test_017s em em_real 32 kiaps2
output_17:2 = STATUS test_017o em em_real 33 kiaps1NE
output_17:2 = STATUS test_017o em em_real 33 kiaps2
output_17:2 = STATUS test_017m em em_real 34 kiaps1NE
output_17:2 = STATUS test_017m em em_real 34 kiaps2
output_18:2 = STATUS test_018s em em_real 32 cmt
output_18:2 = STATUS test_018s em em_real 32 solaraNE
output_18:2 = STATUS test_018s em em_real 32 urb3bNE
output_18:2 = STATUS test_018m em em_real 34 cmt
output_18:2 = STATUS test_018m em em_real 34 solaraNE
output_18:2 = STATUS test_018m em em_real 34 urb3bNE
output_2:2 = STATUS test_002m hwrf nmm_real 34 1NE
output_2:2 = STATUS test_002m hwrf nmm_real 34 2NE
output_2:2 = STATUS test_002m hwrf nmm_real 34 3NE
output_3:2 = STATUS test_003s chem em_real 32 1
output_3:2 = STATUS test_003s chem em_real 32 2
output_3:2 = STATUS test_003s chem em_real 32 5
output_3:2 = STATUS test_003m chem em_real 34 1
output_3:2 = STATUS test_003m chem em_real 34 2
output_3:2 = STATUS test_003m chem em_real 34 5
output_4:2 = STATUS test_004s qss em_quarter_ss 32 02NE
output_4:2 = STATUS test_004s qss em_quarter_ss 32 03
output_4:2 = STATUS test_004s qss em_quarter_ss 32 03NE
output_4:2 = STATUS test_004s qss em_quarter_ss 32 04
output_4:2 = STATUS test_004o qss em_quarter_ss 33 02NE
output_4:2 = STATUS test_004o qss em_quarter_ss 33 03
output_4:2 = STATUS test_004o qss em_quarter_ss 33 03NE
output_4:2 = STATUS test_004o qss em_quarter_ss 33 04
output_4:2 = STATUS test_004m qss em_quarter_ss 34 02NE
output_4:2 = STATUS test_004m qss em_quarter_ss 34 03
output_4:2 = STATUS test_004m qss em_quarter_ss 34 03NE
output_4:2 = STATUS test_004m qss em_quarter_ss 34 04
output_5:2 = STATUS test_005s bwave em_b_wave 32 1NE
output_5:2 = STATUS test_005s bwave em_b_wave 32 2
output_5:2 = STATUS test_005s bwave em_b_wave 32 2NE
output_5:2 = STATUS test_005s bwave em_b_wave 32 3
output_5:2 = STATUS test_005o bwave em_b_wave 33 1NE
output_5:2 = STATUS test_005o bwave em_b_wave 33 2
output_5:2 = STATUS test_005o bwave em_b_wave 33 2NE
output_5:2 = STATUS test_005o bwave em_b_wave 33 3
output_5:2 = STATUS test_005m bwave em_b_wave 34 1NE
output_5:2 = STATUS test_005m bwave em_b_wave 34 2
output_5:2 = STATUS test_005m bwave em_b_wave 34 2NE
output_5:2 = STATUS test_005m bwave em_b_wave 34 3
output_6:2 = STATUS test_006s real8 em_real 32 14
output_6:2 = STATUS test_006s real8 em_real 32 17AD
output_6:2 = STATUS test_006o real8 em_real 33 14
output_6:2 = STATUS test_006o real8 em_real 33 17AD
output_6:2 = STATUS test_006m real8 em_real 34 14
output_6:2 = STATUS test_006m real8 em_real 34 17AD
output_7:2 = STATUS test_007s qss8 em_quarter_ss 32 06
output_7:2 = STATUS test_007s qss8 em_quarter_ss 32 08
output_7:2 = STATUS test_007s qss8 em_quarter_ss 32 09
output_7:2 = STATUS test_007o qss8 em_quarter_ss 33 06
output_7:2 = STATUS test_007o qss8 em_quarter_ss 33 08
output_7:2 = STATUS test_007o qss8 em_quarter_ss 33 09
output_7:2 = STATUS test_007m qss8 em_quarter_ss 34 06
output_7:2 = STATUS test_007m qss8 em_quarter_ss 34 08
output_7:2 = STATUS test_007m qss8 em_quarter_ss 34 09
output_8:2 = STATUS test_008m move em_real 34 01
output_9:2 = STATUS test_009s fire em_fire 32 01
output_9:2 = STATUS test_009o fire em_fire 33 01
output_9:2 = STATUS test_009m fire em_fire 34 01
    Which comparisons are not bit-for-bit: 
    None

davegill · 2021-01-22T22:14:17Z

@prasanthvkrishna

This new scheme irrigates the croplands based on sprinkler, micro, or surface flooding methods.

Is this a gridded data set, so there are sprinkler portions of the domain and flooding is an option for other portions? Is this completely driven by a namelist option? Is this is uniform irrigation styles, is this recommended for small regional domain? Is this primarily for continental US? Can you provide some before and after figures that demonstrate the effectiveness of the scheme?

Please add information into the run/README.namelist and test/em_real/examples.namelist files to give users suggestions for use and best practices.

Send a couple of paragraphs to Kelly for inclusion in the WRF User's Guide. Something that would fit into this doc: https://www2.mmm.ucar.edu/wrf/users/docs/user_guide_v4/v4.2/users_guide_chap5.pdf (citations are appropriate here).

prasanthvkrishna · 2021-01-26T17:59:44Z

Dear Dave, Could you please let me know what is the error? It will help to find the bug. I am able to compile WRF on Cheyenne with Intel compiler. Thanks Prasanth

…

On Fri, Jan 22, 2021 at 3:06 PM Dave Gill ***@***.***> wrote: @prasanthvkrishna <https://github.com/prasanthvkrishna> @dudhia <https://github.com/dudhia> @weiwangncar <https://github.com/weiwangncar> Prasanth, Are you receiving the jenkins testing status emails? If not please see the wiki: https://github.com/wrf-model/WRF/wiki/How-to-Get-Jenkins-Emails The code does not appear to be compiling for ARW, NMM, Chemistry, idealized, real-data, real*8, serial, openmp, or MPI. Please find result of the WRF regression test cases in the attachment. This build is for Commit ID: be99bbe, requested by: prasanthvkrishna for PR: #1372. For any query please send e-mail to David Gill. Test Type | Expected | Received | Failed = = = = = = = = = = = = = = = = = = = = = = = = = = = = Number of Tests : 19 18 Number of Builds : 48 46 Number of Simulations : 166 164 164 Number of Comparisons : 105 0 0 Failed Simulations are: output_1:2 = STATUS test_001s em em_real 32 3dtke output_1:2 = STATUS test_001s em em_real 32 conus output_1:2 = STATUS test_001s em em_real 32 rap output_1:2 = STATUS test_001s em em_real 32 tropical output_1:2 = STATUS test_001o em em_real 33 3dtke output_1:2 = STATUS test_001o em em_real 33 conus output_1:2 = STATUS test_001o em em_real 33 rap output_1:2 = STATUS test_001o em em_real 33 tropical output_1:2 = STATUS test_001m em em_real 34 3dtke output_1:2 = STATUS test_001m em em_real 34 conus output_1:2 = STATUS test_001m em em_real 34 rap output_1:2 = STATUS test_001m em em_real 34 tropical output_10:2 = STATUS test_010s hill em_hill2d_x 32 01 output_11:2 = STATUS test_011s em em_real 32 03 output_11:2 = STATUS test_011s em em_real 32 03DF output_11:2 = STATUS test_011s em em_real 32 03FD output_11:2 = STATUS test_011s em em_real 32 06 output_11:2 = STATUS test_011s em em_real 32 07NE output_11:2 = STATUS test_011o em em_real 33 03 output_11:2 = STATUS test_011o em em_real 33 03DF output_11:2 = STATUS test_011o em em_real 33 03FD output_11:2 = STATUS test_011o em em_real 33 06 output_11:2 = STATUS test_011o em em_real 33 07NE output_11:2 = STATUS test_011m em em_real 34 03 output_11:2 = STATUS test_011m em em_real 34 03DF output_11:2 = STATUS test_011m em em_real 34 03FD output_11:2 = STATUS test_011m em em_real 34 06 output_11:2 = STATUS test_011m em em_real 34 07NE output_12:2 = STATUS test_012s em em_real 32 10 output_12:2 = STATUS test_012s em em_real 32 11 output_12:2 = STATUS test_012s em em_real 32 14 output_12:2 = STATUS test_012s em em_real 32 16 output_12:2 = STATUS test_012o em em_real 33 10 output_12:2 = STATUS test_012o em em_real 33 11 output_12:2 = STATUS test_012o em em_real 33 14 output_12:2 = STATUS test_012o em em_real 33 16 output_12:2 = STATUS test_012m em em_real 34 10 output_12:2 = STATUS test_012m em em_real 34 11 output_12:2 = STATUS test_012m em em_real 34 14 output_12:2 = STATUS test_012m em em_real 34 16 output_13:2 = STATUS test_013s em em_real 32 17 output_13:2 = STATUS test_013s em em_real 32 17AD output_13:2 = STATUS test_013s em em_real 32 18 output_13:2 = STATUS test_013s em em_real 32 20 output_13:2 = STATUS test_013s em em_real 32 20NE output_13:2 = STATUS test_013o em em_real 33 17 output_13:2 = STATUS test_013o em em_real 33 17AD output_13:2 = STATUS test_013o em em_real 33 18 output_13:2 = STATUS test_013o em em_real 33 20 output_13:2 = STATUS test_013o em em_real 33 20NE output_13:2 = STATUS test_013m em em_real 34 17 output_13:2 = STATUS test_013m em em_real 34 17AD output_13:2 = STATUS test_013m em em_real 34 18 output_13:2 = STATUS test_013m em em_real 34 20 output_13:2 = STATUS test_013m em em_real 34 20NE output_14:2 = STATUS test_014s em em_real 32 38 output_14:2 = STATUS test_014s em em_real 32 48 output_14:2 = STATUS test_014s em em_real 32 49 output_14:2 = STATUS test_014s em em_real 32 50 output_14:2 = STATUS test_014s em em_real 32 51 output_14:2 = STATUS test_014o em em_real 33 38 output_14:2 = STATUS test_014o em em_real 33 48 output_14:2 = STATUS test_014o em em_real 33 49 output_14:2 = STATUS test_014o em em_real 33 50 output_14:2 = STATUS test_014o em em_real 33 51 output_14:2 = STATUS test_014m em em_real 34 38 output_14:2 = STATUS test_014m em em_real 34 48 output_14:2 = STATUS test_014m em em_real 34 49 output_14:2 = STATUS test_014m em em_real 34 50 output_14:2 = STATUS test_014m em em_real 34 51 output_15:2 = STATUS test_015s em em_real 32 52 output_15:2 = STATUS test_015s em em_real 32 52DF output_15:2 = STATUS test_015s em em_real 32 52FD output_15:2 = STATUS test_015s em em_real 32 60 output_15:2 = STATUS test_015s em em_real 32 60NE output_15:2 = STATUS test_015o em em_real 33 52 output_15:2 = STATUS test_015o em em_real 33 52DF output_15:2 = STATUS test_015o em em_real 33 52FD output_15:2 = STATUS test_015o em em_real 33 60 output_15:2 = STATUS test_015o em em_real 33 60NE output_15:2 = STATUS test_015m em em_real 34 52 output_15:2 = STATUS test_015m em em_real 34 52DF output_15:2 = STATUS test_015m em em_real 34 52FD output_15:2 = STATUS test_015m em em_real 34 60 output_15:2 = STATUS test_015m em em_real 34 60NE output_16:2 = STATUS test_016s em em_real 32 65DF output_16:2 = STATUS test_016s em em_real 32 66FD output_16:2 = STATUS test_016s em em_real 32 71 output_16:2 = STATUS test_016s em em_real 32 78 output_16:2 = STATUS test_016s em em_real 32 79 output_16:2 = STATUS test_016o em em_real 33 65DF output_16:2 = STATUS test_016o em em_real 33 66FD output_16:2 = STATUS test_016o em em_real 33 71 output_16:2 = STATUS test_016o em em_real 33 78 output_16:2 = STATUS test_016o em em_real 33 79 output_16:2 = STATUS test_016m em em_real 34 65DF output_16:2 = STATUS test_016m em em_real 34 66FD output_16:2 = STATUS test_016m em em_real 34 71 output_16:2 = STATUS test_016m em em_real 34 78 output_16:2 = STATUS test_016m em em_real 34 79 output_17:2 = STATUS test_017s em em_real 32 kiaps1NE output_17:2 = STATUS test_017s em em_real 32 kiaps2 output_17:2 = STATUS test_017o em em_real 33 kiaps1NE output_17:2 = STATUS test_017o em em_real 33 kiaps2 output_17:2 = STATUS test_017m em em_real 34 kiaps1NE output_17:2 = STATUS test_017m em em_real 34 kiaps2 output_18:2 = STATUS test_018s em em_real 32 cmt output_18:2 = STATUS test_018s em em_real 32 solaraNE output_18:2 = STATUS test_018s em em_real 32 urb3bNE output_18:2 = STATUS test_018m em em_real 34 cmt output_18:2 = STATUS test_018m em em_real 34 solaraNE output_18:2 = STATUS test_018m em em_real 34 urb3bNE output_2:2 = STATUS test_002m hwrf nmm_real 34 1NE output_2:2 = STATUS test_002m hwrf nmm_real 34 2NE output_2:2 = STATUS test_002m hwrf nmm_real 34 3NE output_3:2 = STATUS test_003s chem em_real 32 1 output_3:2 = STATUS test_003s chem em_real 32 2 output_3:2 = STATUS test_003s chem em_real 32 5 output_3:2 = STATUS test_003m chem em_real 34 1 output_3:2 = STATUS test_003m chem em_real 34 2 output_3:2 = STATUS test_003m chem em_real 34 5 output_4:2 = STATUS test_004s qss em_quarter_ss 32 02NE output_4:2 = STATUS test_004s qss em_quarter_ss 32 03 output_4:2 = STATUS test_004s qss em_quarter_ss 32 03NE output_4:2 = STATUS test_004s qss em_quarter_ss 32 04 output_4:2 = STATUS test_004o qss em_quarter_ss 33 02NE output_4:2 = STATUS test_004o qss em_quarter_ss 33 03 output_4:2 = STATUS test_004o qss em_quarter_ss 33 03NE output_4:2 = STATUS test_004o qss em_quarter_ss 33 04 output_4:2 = STATUS test_004m qss em_quarter_ss 34 02NE output_4:2 = STATUS test_004m qss em_quarter_ss 34 03 output_4:2 = STATUS test_004m qss em_quarter_ss 34 03NE output_4:2 = STATUS test_004m qss em_quarter_ss 34 04 output_5:2 = STATUS test_005s bwave em_b_wave 32 1NE output_5:2 = STATUS test_005s bwave em_b_wave 32 2 output_5:2 = STATUS test_005s bwave em_b_wave 32 2NE output_5:2 = STATUS test_005s bwave em_b_wave 32 3 output_5:2 = STATUS test_005o bwave em_b_wave 33 1NE output_5:2 = STATUS test_005o bwave em_b_wave 33 2 output_5:2 = STATUS test_005o bwave em_b_wave 33 2NE output_5:2 = STATUS test_005o bwave em_b_wave 33 3 output_5:2 = STATUS test_005m bwave em_b_wave 34 1NE output_5:2 = STATUS test_005m bwave em_b_wave 34 2 output_5:2 = STATUS test_005m bwave em_b_wave 34 2NE output_5:2 = STATUS test_005m bwave em_b_wave 34 3 output_6:2 = STATUS test_006s real8 em_real 32 14 output_6:2 = STATUS test_006s real8 em_real 32 17AD output_6:2 = STATUS test_006o real8 em_real 33 14 output_6:2 = STATUS test_006o real8 em_real 33 17AD output_6:2 = STATUS test_006m real8 em_real 34 14 output_6:2 = STATUS test_006m real8 em_real 34 17AD output_7:2 = STATUS test_007s qss8 em_quarter_ss 32 06 output_7:2 = STATUS test_007s qss8 em_quarter_ss 32 08 output_7:2 = STATUS test_007s qss8 em_quarter_ss 32 09 output_7:2 = STATUS test_007o qss8 em_quarter_ss 33 06 output_7:2 = STATUS test_007o qss8 em_quarter_ss 33 08 output_7:2 = STATUS test_007o qss8 em_quarter_ss 33 09 output_7:2 = STATUS test_007m qss8 em_quarter_ss 34 06 output_7:2 = STATUS test_007m qss8 em_quarter_ss 34 08 output_7:2 = STATUS test_007m qss8 em_quarter_ss 34 09 output_8:2 = STATUS test_008m move em_real 34 01 output_9:2 = STATUS test_009s fire em_fire 32 01 output_9:2 = STATUS test_009o fire em_fire 33 01 output_9:2 = STATUS test_009m fire em_fire 34 01 Which comparisons are not bit-for-bit: None — You are receiving this because you were mentioned. Reply to this email directly, view it on GitHub <#1372 (comment)>, or unsubscribe <https://github.com/notifications/unsubscribe-auth/AHR7VP4PBLSDIFD6SQHGSZ3S3HZEXANCNFSM4WI3OX3Q> .

davegill · 2021-01-26T19:05:56Z

@prasanthvkrishna
Prasanth,
Could you try the GNU compiler on cheyenne for the ARW build?
I will also try on our MMM classroom cluster. I can usually replicate errors.

davegill · 2021-01-26T20:38:07Z

@prasanthvkrishna
Prasanth,
These sorts of lines:

IF((CROPLU == .TRUE.) blah blah blah

need to be

IF((CROPLU) blah blah blah

There are four occurrences in phys/module_sf_noahmplsm.F. This is a Fortran-ism that some compilers allow to go outside the standard. This is likely why GNU fails and Intel is OK.

davegill · 2021-01-26T20:39:42Z

@prasanthvkrishna
I edited the above to be correct: module_sf_noahmplsm.F

smileMchen · 2021-01-27T17:28:09Z

I downloaded code from this branch and tried to build it in cheyenne. I still get the error message like:

module_sf_noahmplsm.f90:5992:8:

 5992 |     IF((CROPLU == .TRUE.) .AND. (IRAMTFI .GT. 0.0) .AND. ((OPT_IRRM .EQ. 0) .OR. (OPT_IRRM .EQ. 3)))THEN
      |        1
Error: Logicals at (1) must be compared with .eqv. instead of ==
.....

I download the code yesterday and it seems that the code is not modified based on Dave's suggestion ?

prasanthvkrishna · 2021-01-27T17:40:49Z

Hi, I will edit the code and push the changes soon. Thanks Prasanth

…

On Wed, Jan 27, 2021 at 10:28 AM smileMchen ***@***.***> wrote: I downloaded code from this branch and tried to build it in cheyenne. I still get the error message like: module_sf_noahmplsm.f90:5992:8: 5992 | IF((CROPLU == .TRUE.) .AND. (IRAMTFI .GT. 0.0) .AND. ((OPT_IRRM .EQ. 0) .OR. (OPT_IRRM .EQ. 3)))THEN | 1 Error: Logicals at (1) must be compared with .eqv. instead of == ..... I download the code yesterday and it seems that the code is not modified based on Dave's suggestion ? — You are receiving this because you were mentioned. Reply to this email directly, view it on GitHub <#1372 (comment)>, or unsubscribe <https://github.com/notifications/unsubscribe-auth/AHR7VP5J7DDC2GPIZE33Z5LS4BELXANCNFSM4WI3OX3Q> .

prasanthvkrishna · 2021-01-28T04:34:30Z

Hi, I have corrected the CROPLU error. Could you please check the code again? Thanks Prasanth On Wed, Jan 27, 2021 at 10:40 AM Prasanth Valayamkunnath <prasanth@ucar.edu> wrote:

…

Hi, I will edit the code and push the changes soon. Thanks Prasanth On Wed, Jan 27, 2021 at 10:28 AM smileMchen ***@***.***> wrote: > I downloaded code from this branch and tried to build it in cheyenne. I > still get the error message like: > > module_sf_noahmplsm.f90:5992:8: > > 5992 | IF((CROPLU == .TRUE.) .AND. (IRAMTFI .GT. 0.0) .AND. ((OPT_IRRM .EQ. 0) .OR. (OPT_IRRM .EQ. 3)))THEN > | 1 > Error: Logicals at (1) must be compared with .eqv. instead of == > ..... > > I download the code yesterday and it seems that the code is not modified > based on Dave's suggestion ? > > — > You are receiving this because you were mentioned. > Reply to this email directly, view it on GitHub > <#1372 (comment)>, or > unsubscribe > <https://github.com/notifications/unsubscribe-auth/AHR7VP5J7DDC2GPIZE33Z5LS4BELXANCNFSM4WI3OX3Q> > . >

davegill · 2021-02-09T17:11:05Z

@prasanthvkrishna @dudhia @weiwangncar

There are a few things that we would like to see.

Please add more to the testing issue in the commit message. "Conducted compilation and official em_real simulation tests with successful results in Cheyenne" does not mean much. Can you show a couple of figures where we see before vs after, a comparison of the various water management practices to each other?
Are there seasonal regulations, or assumptions about the location (for example, this is for the central US).
As Jimy mentioned, a publication would be appropriate in the release notes.
There should be an explanation of how to use this option, and recommendations. Is there an input map that defines areas of various watering practices? How does one choose which option to activate?

prasanthvkrishna · 2021-02-09T17:32:55Z

Dear Dave, I will do this soon and update you. Thanks Prasanth

…

On Tue, Feb 9, 2021 at 10:11 AM Dave Gill ***@***.***> wrote: @prasanthvkrishna <https://github.com/prasanthvkrishna> @dudhia <https://github.com/dudhia> @weiwangncar <https://github.com/weiwangncar> There are a few things that we would like to see. 1. Please add more to the testing issue in the commit message. "Conducted compilation and official em_real simulation tests with successful results in Cheyenne" does not mean much. Can you show a couple of figures where we see before vs after, a comparison of the various water management practices to each other? 2. Are there seasonal regulations, or assumptions about the location (for example, this is for the central US). 3. As Jimy mentioned, a publication would be appropriate in the release notes. 4. There should be an explanation of how to use this option, and recommendations. Is there an input map that defines areas of various watering practices? How does one choose which option to activate? — You are receiving this because you were mentioned. Reply to this email directly, view it on GitHub <#1372 (comment)>, or unsubscribe <https://github.com/notifications/unsubscribe-auth/AHR7VPYP2CYXK3DGQ46MPM3S6FUDVANCNFSM4WI3OX3Q> .

Registry/Registry.EM_COMMON

dudhia · 2021-02-11T22:38:54Z

Registry/Registry.NMM

@@ -1213,6 +1215,23 @@ state integer   pgsxy      ij      -       1      -     rh

 state    real    gecros_state i{gecros}j  -       1      Z     rhd=(interp_mask_land_field:lu_index)u=(UpNear)     "gecros"      "gecros state array"         "-"

+#Noah-MP Irrigation


Is it true that we need these items from the noahmp registry also in Registry.NMM. Doesn't it just include the NoahMP registry? We need to mimic how other NoahMP variables are handled if NMM supports NoahMP.

answering my own comment, yes, the noahmp registry variables are duplicated in the NMM Registry. Seems like an include could replace a lot of duplication, but that is beyond this PR and to do later.

The problem is that the interpolation/feedback keyword part is different for EM and NMM.

smileMchen · 2021-02-16T18:14:00Z

@prasanthvkrishna,
Would you please send Kelly and me the document about the dynamic irrigation option? Since this scheme involves three options, we need to know which option is appropriate for what condition and whether there is any limitation for their use. Thanks.

davegill · 2021-02-16T18:57:59Z

@prasanthvkrishna @weiwangncar @dudhia
How do we determine "where" to do the irrigating? Is there a land category flag to determine which input source and then to assign a flag based on the landuse category / categories?

The OLD 13 category landuse has "agricultural".
USGS has 'Dryland Cropland and Pasture', 'Irrigated Cropland and Pasture', 'Mixed Dryland/Irrigated Cropland and Pasture', 'Cropland/Grassland Mosaic', 'Cropland/Woodland Mosaic'.
IGBP and MODIS have 'Croplands', 'cropland/natural vegetation mosaic'
SiB has 'Agriculture or C3 Grassland'
SSIB has 'Mixed Dryland/Irrigated Cropland and Pasture'
NLCD40 has 'Croplands', 'cropland/natural vegetation mosaic', 'Pasture/Hay', 'Cultivated Crops'

Where is this binning handled in the code?

davegill · 2021-02-16T19:05:13Z

@prasanthvkrishna @dudhia @weiwangncar
Jimy pointed out that MPTABLE.TBL is to be used.

The "ISCROP" index is a single value, for example = 2 for USGS. But that ignores other crop locations:

 !  2: Dryland Cropland and Pasture
 !  3: Irrigated Cropland and Pasture
 !  4: Mixed Dryland/Irrigated Cropland and Pasture
 !  5: Cropland/Grassland Mosaic
 !  6: Cropland/Woodland Mosaic

SImilarly for the other input sources that have multiple categories for agricultural or cropland.

davegill · 2021-02-18T18:18:45Z

@prasanthvkrishna
Looks like your last mod broke the NMM build

Please find result of the WRF regression test cases in the attachment. This build is for Commit ID: 2eb2decf0d8eb9312bfac486dd367d544cd3620d, requested by: prasanthvkrishna for PR: https://github.com/wrf-model/WRF/pull/1372. For any query please send e-mail to David Gill.

    Test Type              | Expected  | Received |  Failed
    = = = = = = = = = = = = = = = = = = = = = = = =  = = = =
    Number of Tests        : 19           18
    Number of Builds       : 48           46
    Number of Simulations  : 163           161         3
    Number of Comparisons  : 103           102         0

    Failed Simulations are: 
    output_2:2 = STATUS test_002m hwrf nmm_real 34 1NE
output_2:2 = STATUS test_002m hwrf nmm_real 34 2NE
output_2:2 = STATUS test_002m hwrf nmm_real 34 3NE
    Which comparisons are not bit-for-bit: 
    None

davegill · 2021-02-19T12:52:21Z

@prasanthvkrishna
OK, back in business. The jenkins tests are good!

prasanthvkrishna · 2021-02-19T15:28:05Z

Thanks, Dave.

…

On Fri, Feb 19, 2021, 6:22 PM Dave Gill ***@***.***> wrote: @prasanthvkrishna <https://github.com/prasanthvkrishna> OK, back in business. The jenkins tests are good! — You are receiving this because you were mentioned. Reply to this email directly, view it on GitHub <#1372 (comment)>, or unsubscribe <https://github.com/notifications/unsubscribe-auth/AHR7VPYYZ74HALJVAM7IETDS7ZNJRANCNFSM4WI3OX3Q> .

weiwangncar · 2021-02-23T19:16:09Z

Registry/registry.noahmp

+state    real   IRMIVOL    ij      -       1      -     i02rhd=(interp_mask_field:lu_index,iswater)u=(copy_fcnm)    "IRMIVOL"     "Micro Irrigation Water Accumulated"     "mm"
+state    real   IRFIVOL    ij      -       1      -     i02rhd=(interp_mask_field:lu_index,iswater)u=(copy_fcnm)    "IRFIVOL"     "Flood Irrigation Water Accumulated"     "mm"
+state    real   IRELOSS    ij      -       1      -     i02rhd=(interp_mask_field:lu_index,iswater)u=(copy_fcnm)    "IRELOSS"     "Sprinkler Evaporation Loss Accumulated"     "mm"
+state    real   IRRSPLH    ij      -       1      -     i02rhd=(interp_mask_field:lu_index,iswater)u=(copy_fcnm)    "IRRSPLH"     "Sprinkler Evaporation Loss Accumulated"     "Joules m^-2"


Should the new variables be packaged?

They are 2d, but ideally yes we need to check if that is safe to do.

smileMchen · 2021-02-25T19:02:52Z

A few late spring cases (May 4, 7, 10, 13) have been run successfully with the options of opt_irr = 1 and opt_irrm=1.
Most of the variables listed below are zero. Not sure yet how to check the impact of irrigation.
state real IRFRACT
state real SIFRACT
state real MIFRACT
state real FIFRACT
state integer IRNUMSI
state integer IRNUMMI
state integer IRNUMFI
state real IRWATSI
state real IRWATMI
state real IRWATFI
state real IRSIVOL
state real IRMIVOL
state real IRFIVOL
state real IRELOSS
state real IRRSPLH

dudhia · 2021-02-25T20:00:26Z

You can do a diff of soil moisture with and without irrigation to check its effect.

…

On Thu, Feb 25, 2021 at 12:03 PM smileMchen ***@***.***> wrote: A few late spring cases (May 4, 7, 10, 13) have been run successfully with the options of opt_irr = 1 and opt_irrm=1. Most of the variables listed below are zero. Not sure yet how to check the impact of irrigation. state real IRFRACT state real SIFRACT state real MIFRACT state real FIFRACT state integer IRNUMSI state integer IRNUMMI state integer IRNUMFI state real IRWATSI state real IRWATMI state real IRWATFI state real IRSIVOL state real IRMIVOL state real IRFIVOL state real IRELOSS state real IRRSPLH — You are receiving this because you were mentioned. Reply to this email directly, view it on GitHub <#1372 (comment)>, or unsubscribe <https://github.com/notifications/unsubscribe-auth/AEIZ77FEVI57VV7MMMPTLF3TA2NGVANCNFSM4WI3OX3Q> .

weiwangncar · 2021-02-25T20:09:26Z

Ming, Are you able to use an irrigation map?

…

On Thu, Feb 25, 2021 at 1:00 PM dudhia ***@***.***> wrote: You can do a diff of soil moisture with and without irrigation to check its effect. On Thu, Feb 25, 2021 at 12:03 PM smileMchen ***@***.***> wrote: > A few late spring cases (May 4, 7, 10, 13) have been run successfully with > the options of opt_irr = 1 and opt_irrm=1. > Most of the variables listed below are zero. Not sure yet how to check the > impact of irrigation. > state real IRFRACT > state real SIFRACT > state real MIFRACT > state real FIFRACT > state integer IRNUMSI > state integer IRNUMMI > state integer IRNUMFI > state real IRWATSI > state real IRWATMI > state real IRWATFI > state real IRSIVOL > state real IRMIVOL > state real IRFIVOL > state real IRELOSS > state real IRRSPLH > > — > You are receiving this because you were mentioned. > Reply to this email directly, view it on GitHub > <#1372 (comment)>, or > unsubscribe > < https://github.com/notifications/unsubscribe-auth/AEIZ77FEVI57VV7MMMPTLF3TA2NGVANCNFSM4WI3OX3Q > > . > — You are receiving this because you were mentioned. Reply to this email directly, view it on GitHub <#1372 (comment)>, or unsubscribe <https://github.com/notifications/unsubscribe-auth/ADA57EGXQAJ2D4NE6MHVC5LTA2T6RANCNFSM4WI3OX3Q> .

prasanthvkrishna · 2021-02-26T04:50:02Z

Hi, Please find the attached dynamic irrigation document. https://drive.google.com/file/d/1dfBUMIzhi9QxNNUJ7P3wnWIzS_4TjMCx/view?usp=sharing I have prepared all the input data in WPS geog format. /glade/work/prasanth/AG_GEOG/ WPS pull request: Noahmp dyamic irrigation by prasanthvkrishna · Pull Request #166 · wrf-model/WPS (github.com) <wrf-model/WPS#166> WRF test directory: /glade/scratch/prasanth/NWM/WRF_IRR/Testout Thanks, Prasanth On Thu, Feb 25, 2021 at 8:09 PM weiwangncar <notifications@github.com> wrote:

…

Ming, Are you able to use an irrigation map? On Thu, Feb 25, 2021 at 1:00 PM dudhia ***@***.***> wrote: > You can do a diff of soil moisture with and without irrigation to check its > effect. > > On Thu, Feb 25, 2021 at 12:03 PM smileMchen ***@***.***> > wrote: > > > A few late spring cases (May 4, 7, 10, 13) have been run successfully > with > > the options of opt_irr = 1 and opt_irrm=1. > > Most of the variables listed below are zero. Not sure yet how to check > the > > impact of irrigation. > > state real IRFRACT > > state real SIFRACT > > state real MIFRACT > > state real FIFRACT > > state integer IRNUMSI > > state integer IRNUMMI > > state integer IRNUMFI > > state real IRWATSI > > state real IRWATMI > > state real IRWATFI > > state real IRSIVOL > > state real IRMIVOL > > state real IRFIVOL > > state real IRELOSS > > state real IRRSPLH > > > > — > > You are receiving this because you were mentioned. > > Reply to this email directly, view it on GitHub > > <#1372 (comment)>, or > > unsubscribe > > < > https://github.com/notifications/unsubscribe-auth/AEIZ77FEVI57VV7MMMPTLF3TA2NGVANCNFSM4WI3OX3Q > > > > . > > > > — > You are receiving this because you were mentioned. > Reply to this email directly, view it on GitHub > <#1372 (comment)>, or > unsubscribe > < https://github.com/notifications/unsubscribe-auth/ADA57EGXQAJ2D4NE6MHVC5LTA2T6RANCNFSM4WI3OX3Q > > . > — You are receiving this because you were mentioned. Reply to this email directly, view it on GitHub <#1372 (comment)>, or unsubscribe <https://github.com/notifications/unsubscribe-auth/AHR7VP57F2ZDCD4B52IZ7I3TA2VALANCNFSM4WI3OX3Q> .

weiwangncar · 2021-04-03T22:25:06Z

@prasanthvkrishna The new fields added to this option should be packaged, even just with NoahMP option.

prasanthvkrishna · 2021-04-03T22:53:27Z

Can I do it at this stage of the WRF release or should I wait for the bug-fix release? Prasanth

…

On Sat, Apr 3, 2021 at 10:25 PM weiwangncar ***@***.***> wrote: @prasanthvkrishna <https://github.com/prasanthvkrishna> The new fields added to this option should be packaged, even just with NoahMP option. — You are receiving this because you were mentioned. Reply to this email directly, view it on GitHub <#1372 (comment)>, or unsubscribe <https://github.com/notifications/unsubscribe-auth/AHR7VP6WCZRZLYD66NOPN3TTG6IU3ANCNFSM4WI3OX3Q> .

weiwangncar · 2021-04-04T00:07:36Z

@prasanthvkrishna You can do it now - we are still testing. Clone the latest WRF code, and then checkout release-v4.3, and start from there. Thanks!

prasanthvkrishna · 2021-04-04T00:15:32Z

Thank you for your response. I will do that. Prasanth

…

On Sun, Apr 4, 2021 at 12:07 AM weiwangncar ***@***.***> wrote: @prasanthvkrishna <https://github.com/prasanthvkrishna> You can do it now - we are still testing. Clone the latest WRF code, and then checkout release-v4.3, and start from there. Thanks! — You are receiving this because you were mentioned. Reply to this email directly, view it on GitHub <#1372 (comment)>, or unsubscribe <https://github.com/notifications/unsubscribe-auth/AHR7VPYDNJLXENJAQHUM3A3TG6UVJANCNFSM4WI3OX3Q> .

prasanthvkrishna · 2021-04-04T20:56:29Z

Hi Ming, I have made the required changes. Please review my pull request "Noah-MP Dynamic Irrigation Packaged 2d fields #1456" Thanks, Prasanth On Sun, Apr 4, 2021 at 12:15 AM Prasanth Valayamkunnath ***@***.***> wrote:

…

Thank you for your response. I will do that. Prasanth On Sun, Apr 4, 2021 at 12:07 AM weiwangncar ***@***.***> wrote: > @prasanthvkrishna <https://github.com/prasanthvkrishna> You can do it > now - we are still testing. Clone the latest WRF code, and then checkout > release-v4.3, and start from there. Thanks! > > — > You are receiving this because you were mentioned. > Reply to this email directly, view it on GitHub > <#1372 (comment)>, or > unsubscribe > <https://github.com/notifications/unsubscribe-auth/AHR7VPYDNJLXENJAQHUM3A3TG6UVJANCNFSM4WI3OX3Q> > . >

TYPE: enhancement, new feature KEYWORDS: Noah-MP dynamic irrigation scheme, Sprinkler, micro, and flood irrigation SOURCE: Prasanth Valayamkunnath (NCAR) DESCRIPTION OF CHANGES: Problem: Current version of Noah-MP missing agriculture water management practices. Solution: A new dynamic irrigation scheme is implemented to estimate irrigation water requirements and apply water in the irrigated croplands. This new scheme irrigates the croplands based on sprinkler, micro, or surface flooding methods. The various options are selected from the namelist, and are described in the run/README.namelist file. You may have part of the domain do one kind of irrigation (for example, flood) and another part of the domain use a different kind of irrigation (for example, sprinkler). This can be done with the geo_em option that provides a map. So far, the only map for different methods is the USA. There is a global map of irrigated fraction that can be used outside the US, but then the irrigation method has to be selected. The irrigation option only operates on the cropland landuse category. As expected, effects of irrigation show up longer term. It is usually run at least seasonally not just for a few days. LIST OF MODIFIED FILES: M Registry/Registry.EM_COMMON M Registry/Registry.NMM M Registry/registry.noahmp M dyn_em/module_first_rk_step_part1.F M dyn_em/start_em.F M dyn_nmm/module_PHYSICS_CALLS.F M dyn_nmm/start_domain_nmm.F M phys/module_physics_init.F M phys/module_sf_noahmpdrv.F M phys/module_sf_noahmplsm.F M phys/module_surface_driver.F M run/MPTABLE.TBL M run/README.namelist M share/output_wrf.F TESTS CONDUCTED: 1. Conducted compilation and official em_real simulation tests with successful results in Cheyenne (by Prasanth Valayamkunnath, NCAR) 2. Jenkins regression tests are OK. RELEASE NOTE: A new dynamic irrigation scheme is implemented to estimate irrigation water requirements and apply water in the irrigated croplands. This new scheme irrigates the croplands based on sprinkler, micro, or surface flooding methods. The various options are selected from the namelist, and are described in the run/README.namelist file.

prasanthvkrishna added 6 commits January 5, 2021 07:28

dynamic_irrigation added to noah-mp

15a3662

dynamic irrigation added

019ee97

README.namelist updated

6532848

edited Registry files

0650fe6

output_wrf.F edited for metadata

000eea0

fixed CROPLU

be99bbe

prasanthvkrishna requested review from a team as code owners January 19, 2021 14:32

davegill changed the base branch from master to develop January 22, 2021 22:06

davegill changed the title ~~Dynamic irrigation~~ Add dynamic irrigation management practices to Noah-MP Jan 22, 2021

davegill added PHYSICS New Feature Develop Branch labels Jan 22, 2021

fixed croplu error

f73e9f5

davegill added the Infrastructure: OK label Feb 11, 2021

dudhia reviewed Feb 11, 2021

View reviewed changes

Registry/Registry.EM_COMMON Show resolved Hide resolved

dudhia reviewed Feb 11, 2021

View reviewed changes

dudhia approved these changes Feb 11, 2021

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fixed runtime error

2eb2dec

prasanthvkrishna added 2 commits February 18, 2021 21:33

fixed compiler error NMM

5d0494c

fixed keyword errors

39961c3

davegill merged commit a128d0c into wrf-model:develop Feb 23, 2021

weiwangncar reviewed Feb 23, 2021

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smileMchen added the 15-km Testing: OK label Feb 25, 2021

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Add dynamic irrigation management practices to Noah-MP #1372

Add dynamic irrigation management practices to Noah-MP #1372

prasanthvkrishna commented Jan 19, 2021 •

edited by weiwangncar

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		@@ -1213,6 +1215,23 @@ state integer pgsxy ij - 1 - rh

		state real gecros_state i{gecros}j - 1 Z rhd=(interp_mask_land_field:lu_index)u=(UpNear) "gecros" "gecros state array" "-"

		#Noah-MP Irrigation

Add dynamic irrigation management practices to Noah-MP #1372

Add dynamic irrigation management practices to Noah-MP #1372

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prasanthvkrishna commented Jan 19, 2021 • edited by weiwangncar Loading

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prasanthvkrishna commented Jan 19, 2021 •

edited by weiwangncar

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