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potato.yaml
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potato.yaml
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# Crop parameter file for use with the PCSE/WISS implementations of the WOFOST
# crop simulation model
#
# Creation date: 2017-07-06
# Last update: 2022-10-07
#
# Contact: Allard de Wit (allard.dewit@wur.nl)
# Wageningen University and Research Centre
# PO Box 47, 6700 AA Wageningen, The Netherlands
#
# More information: - http://pcse.readthedocs.io
# - http://www.wageningenur.nl/wofost
# - https://github.com/ajwdewit/WOFOST_crop_parameters
#
Version: 1.0.0
Metadata: &meta
Creator: Allard de Wit
Contact: allard.dewit@wur.nl
Publisher: Wageningen Environmental Research, Wageningen Plant Production Systems
Title: Parameter sets for the WOFOST7.2/WOFOST8.0 model for simulating potato
Date: 2022-02-13
Language: EN
Format: YAML
Subject: WOFOST parameters for potato
Description: This file provides parameters for several potato varieties based to two ecotypes. The
ecotype 'potato' is based on the original calibrations for potato mainly using cultivar 'Bintje'.
The second ecotype 'potato_nl' is based on new experimental trials over the period 2019-2021 with
several modern cultivars carried out at two locations in the Netherlands.
Identifier:
Relation:
Coverage:
Region: Europe, Netherlands
Rights: European Union Public License (EUPL)
Keyword: potato; Solanum tuberosum
CropParameters:
GenericC3: &GenericC3
CO2EFFTB:
- [40., 0.00,
360., 1.00,
720., 1.11,
1000., 1.11,
2000., 1.11]
- multiplication factor for EFF to account for an increasing CO2 concentration
- ['PPM', '-']
CO2TRATB:
- [40., 0.00,
360., 1.00,
720., 0.9,
1000., 0.9,
2000., 0.9]
- multiplication factor for maximum transpiration rate TRAMX to account for an increasing CO2 concentration
- ['PPM', '-']
CO2AMAXTB:
- [40., 0.00,
360., 1.00,
720., 1.60,
1000., 1.90,
2000., 1.90]
- multiplication factor for AMAX to account for an increasing CO2 concentration
- ['PPM', '-']
GenericC4: &GenericC4
CO2EFFTB:
- [40., 0.00,
360., 1.00,
720., 1.00,
1000., 1.00,
2000., 1.00]
- multiplication factor for EFF to account for an increasing CO2 concentration
- ['PPM', '-']
CO2TRATB:
- [40., 0.00,
360., 1.00,
720., 0.74,
1000., 0.74,
2000., 0.74]
- multiplication factor for maximum transpiration rate TRAMX to account for an increasing CO2 concentration
- ['PPM', '-']
CO2AMAXTB:
- [40., 0.00,
360., 1.00,
720., 1.00,
1000., 1.00,
2000., 1.00]
- multiplication factor for AMAX to account for an increasing CO2 concentration
- ['PPM', '-']
EcoTypes:
potato: &potato
<<: *GenericC3
#
# EMERGENCE
#
TBASEM:
- 3.0
- Lower threshold temperature for emergence
- ['C']
TEFFMX:
- 18.0
- maximum effective temperature for emergence
- ['C']
TSUMEM:
- 170
- temperature sum from sowing to emergence
- ['C.d']
#
# PHENOLOGICAL DEVELOPMENT
#
IDSL:
- 0
- indicates whether pre-anthesis development depends on temperature (=0), plus daylength (=1) , plus vernalization (=2)
- ['NA']
DLO:
- -99.0
- optimum daylength for development
- ['hr']
DLC:
- -99.0
- critical daylength (lower threshold)
- ['hr']
TSUM1:
- 150
- temperature sum from emergence to anthesis
- ['C.d']
TSUM2:
- 1550
- temperature sum from anthesis to maturity
- ['C.d']
DTSMTB:
- [ 0.0, 0.0,
2.0, 0.0,
13.0, 11.0,
30.0, 28.0]
- daily increase in temperature sum as function of daily average temperature
- ['C', 'C']
DVSI:
- 0.0
- Initial development stage
- ['-']
DVSEND:
- 2.0
- development stage at harvest (= 2.0 at maturity)
- ['-']
VERNBASE:
- 14.0
- Base vernalization requirement
- ['d']
VERNSAT:
- 70.0
- Saturated vernalization requirement
- ['d']
VERNDVS:
- 0.30
- Critical DVS for vernalization to switch off
- ['-']
VERNRTB:
- [-8.0, 0.0,
-4.0, 0.0,
3.0, 1.0,
10.0, 1.0,
17.0, 0.0,
20.0, 0.0]
- Temperature response function for vernalization
- ['C', '-']
#
# INITIAL STATES
#
TDWI:
- 75.00
- initial total crop dry weight
- ['kg.ha-1']
RGRLAI:
- 0.0120
- maximum relative increase in LAI
- ['d-1']
#
# CROP GREEN AREA
#
SLATB:
- [0.00, 0.00300,
1.10, 0.00300,
2.00, 0.00150]
- specific leaf area as a function of DVS
- ['-', 'ha.kg-1']
SPA:
- 0.0000
- specific pod area
- ['ha.kg-1']
SSATB:
- [0.00, 0.0000,
2.00, 0.0000]
- specific stem area as function of DVS
- ['-', 'ha.kg-1']
SPAN:
- 37.0
- life span of leaves growing at 35 Celsius
- ['d']
TBASE:
- 2.0
- lower threshold temperature for ageing of leaves
- ['C']
#
# CO2 ASSIMILATION
#
KDIFTB:
- [0.00, 1.000,
2.00, 1.000]
- extinction coefficient for diffuse visible light as function of DVS
- ['-', '-']
EFFTB:
- [ 0.0, 0.450,
40.0, 0.450]
- initial light-use efficiency single leaf as function of daily mean temperature
- ['C', 'kg.ha-1.hr-1.J-1.m2.s1']
AMAXTB:
- [0.00, 30.00,
1.57, 30.00,
2.00, 0.00]
- maximum leaf CO2 assimilation rate as function of DVS
- ['-', 'kg.ha-1.hr-1']
REFCO2L:
- 360
- CO2 level at which AMAX and EFF were measured
- ['PPM']
TMPFTB:
- [ 0.0, 0.010,
3.0, 0.010,
10.0, 0.750,
15.0, 1.000,
20.0, 1.000,
26.0, 0.750,
33.0, 0.010]
- reduction factor of AMAX as function of average daytime (*not* daily) temperature
- ['C', '-']
TMNFTB:
- [ 0.0, 0.000,
3.0, 1.000]
- reduction factor of gross assimilation rate as function of low minimum temperature
- ['C', '-']
#
# CONVERSION EFFICIENCY OF ASSIMILATES
#
CVL:
- 0.720
- efficiency of conversion into leaves
- ['mass.mass-1']
CVO:
- 0.850
- efficiency of conversion into storage organs
- ['mass.mass-1']
CVR:
- 0.720
- efficiency of conversion into roots
- ['mass.mass-1']
CVS:
- 0.690
- efficiency of conversion into stems
- ['mass.mass-1']
#
# RESPIRATION
#
Q10:
- 2.00
- relative increase in respiration rate per 10 degrees Celsius temperature increase
- ['-']
RML:
- 0.0300
- relative maintenance respiration rate of leaves
- ['d-1']
RMO:
- 0.0045
- relative maintenance respiration rate of storage organs
- ['d-1']
RMR:
- 0.0100
- relative maintenance respiration rate of roots
- ['d-1']
RMS:
- 0.0150
- relative maintenance respiration rate of stems
- ['d-1']
RFSETB:
- [0.00, 1.000,
2.00, 1.000]
- reduction factor for senescence as function of DVS
- ['-', '-']
#
# PARTITIONING
#
FRTB:
- [0.000, 0.200,
1.000, 0.200,
1.360, 0.000,
2.000, 0.000]
- fraction of total dry matter to roots as a function of DVS
- ['-', 'mass.mass-1']
FLTB:
- [0.000, 0.800,
1.000, 0.800,
1.270, 0.000,
1.360, 0.000,
2.000, 0.000]
- fraction of total dry matter to leaves as a function of DVS
- ['-', 'mass.mass-1']
FSTB:
- [0.000, 0.200,
1.000, 0.200,
1.270, 0.250,
1.360, 0.000,
2.000, 0.000]
- fraction of total dry matter to stems as a function of DVS
- ['-', 'mass.mass-1']
FOTB:
- [0.000, 0.000,
1.000, 0.000,
1.270, 0.750,
1.360, 1.000,
2.000, 1.000]
- fraction of total dry matter to storage organs as a function of DVS
- ['-', 'mass.mass-1']
#
# DEATH RATES
#
PERDL:
- 0.030
- maximum relative death rate of leaves due to water stress
- ['-']
RDRRTB:
- [0.00, 0.000,
1.50, 0.000,
1.51, 0.020,
2.00, 0.020]
- Relative death rate of stems as a function of DVS
- ['-', 'kg.kg-1.d-1']
RDRSTB:
- [0.00, 0.000,
1.50, 0.000,
1.51, 0.020,
2.00, 0.020]
- relative death rate of roots as a function of DVS
- ['-', 'kg.kg-1.d-1']
#
# WATER USE
#
CFET:
- 1.00
- correction factor transpiration rate
- ['-']
DEPNR:
- 3.00
- crop group number for soil water depletion
- ['-']
IAIRDU:
- 0
- air ducts in roots present (=1) or not (=0)
- ['NA']
IOX:
- 0
- Oxygen stress effect enabled (=1) or not (=0)
- ['NA']
#
# ROOTING DEPTH
#
RDI:
- 10.0
- initial rooting depth
- ['cm']
RRI:
- 1.20
- maximum daily increase in rooting depth
- ['cm.d-1']
RDMCR:
- 50.0
- maximum rooting depth
- ['cm']
#
# MAXIMUM, CRITICAL AND RESIDUAL NITROGEN CONCENTRATION IN DIFFERENT ORGANS
#
NMAXLV_TB:
- [0.00, 0.0600,
0.40, 0.0500,
0.70, 0.0450,
1.00, 0.0450,
2.00, 0.0400,
2.10, 0.0400]
- maximum N concentration in leaves as function of development stage in kg N kg-1 dry biomass
- ['-', 'mass.mass-1']
NMAXRT_FR:
- 0.5000
- maximum N concentration in roots as fraction of maximum N concentration in leaves
- ['-']
NMAXST_FR:
- 0.5000
- maximum N concentration in stems as fraction of maximum N concentration in leaves
- ['-']
NMAXSO:
- 0.0136
- maximum P concentration in storage organs [kg N kg-1 dry biomass]
- ['mass.mass-1']
NCRIT_FR:
- 1.00
- Critical N concentration as fraction of maximum N concentration
- ['-']
NRESIDLV:
- 0.0200
- residual N fraction in leaves [kg N kg-1 dry biomass]
- ['mass.mass-1']
NRESIDST:
- 0.0100
- residual N fraction in stems [kg N kg-1 dry biomass]
- ['mass.mass-1']
NRESIDRT:
- 0.0100
- residual N fraction in roots [kg N kg-1 dry biomass]
- ['mass.mass-1']
TCNT:
- 10
- time coefficient for N translocation to storage organs
- ['d']
NFIX_FR:
- 0.00
- fraction of crop nitrogen uptake by biological fixation
- ['-']
#
# MAXIMUM, CRITICAL AND RESIDUAL PHOSPHORUS CONCENTRATION IN DIFFERENT ORGANS
#
PMAXLV_TB:
- [0.00, 0.0150,
0.40, 0.0125,
0.70, 0.0113,
1.00, 0.0113,
2.00, 0.0100,
2.10, 0.0100]
- maximum P concentration in leaves as function of development stage in kg P kg-1 dry biomass
- ['-', 'mass.mass-1']
PMAXRT_FR:
- 0.5000
- maximum P concentration in roots as fraction of maximum P concentration in leaves
- ['-']
PMAXST_FR:
- 0.5000
- maximum P concentration in stems as fraction of maximum P concentration in leaves
- ['-']
PMAXSO:
- 0.00176
- maximum P concentration in storage organs [kg P kg-1 dry biomass]
- ['mass.mass-1']
PCRIT_FR:
- 1.00
- Critical P concentration as fraction of maximum P concentration
- ['-']
PRESIDLV:
- 0.0019
- residual P fraction in leaves [kg P kg-1 dry biomass]
- ['mass.mass-1']
PRESIDST:
- 0.0009
- residual P fraction in stems [kg P kg-1 dry biomass]
- ['mass.mass-1']
PRESIDRT:
- 0.0009
- residual P fraction in roots [kg P kg-1 dry biomass]
- ['mass.mass-1']
TCPT:
- 10
- time coefficient for P translocation to storage organs
- ['d']
#
# MAXIMUM, CRITICAL AND RESIDUAL POTASSIUM CONCENTRATION IN DIFFERENT ORGANS
#
KMAXLV_TB:
- [0.00, 0.0570,
0.40, 0.0480,
0.70, 0.0430,
1.00, 0.0430,
2.00, 0.0380,
2.10, 0.0380]
- maximum K concentration in leaves as function of development stage in kg K kg-1 dry biomass
- ['-', 'mass.mass-1']
KMAXRT_FR:
- 0.5000
- maximum K concentration in roots as fraction of maximum K concentration in leaves
- ['-']
KMAXST_FR:
- 0.5000
- maximum K concentration in stems as fraction of maximum K concentration in leaves
- ['-']
KMAXSO:
- 0.0176
- maximum K concentration in storage organs [kg K kg-1 dry biomass]
- ['mass.mass-1']
KCRIT_FR:
- 1.00
- Critical K concentration as fraction of maximum K concentration
- ['-']
KRESIDLV:
- 0.0173
- residual K fraction in leaves [kg K kg-1 dry biomass]
- ['mass.mass-1']
KRESIDST:
- 0.0087
- residual K fraction in stems [kg K kg-1 dry biomass]
- ['mass.mass-1']
KRESIDRT:
- 0.0087
- residual K fraction in roots [kg K kg-1 dry biomass]
- ['mass.mass-1']
TCKT:
- 10
- time coefficient for K translocation to storage organs
- ['d']
#
# IMPORT DVS RELATED TO N/P/K UPTAKE AND TRANSLOCATION
#
DVS_NPK_STOP:
- 1.60
- development stage above which no crop N/P/K uptake occurs
- ['-']
DVS_NPK_TRANSL:
- 0.80
- development stage above which N/P/K translocation to storage organs does occur
- ['-']
#
# IMPACT OF N/P/K STRESS ON PROCESSES
#
NLAI_NPK:
- 1.00
- coefficient for the reduction due to nutrient NPK stress of the LAI increase (during juvenile phase)
- ['-']
NSLA_NPK:
- 0.50
- coefficient for the effect of nutrient NPK stress on SLA reduction
- ['-']
NPART:
- 1.00
- coefficient for the effect of nutrient N stress on leaf allocation
- ['-']
NLUE_NPK:
- 1.10
- coefficient for the reduction of gross CO2 assimilation rate due to nutrient (N-P-K) stress
- ['-']
NPK_TRANSLRT_FR:
- 0.50
- NPK translocation from roots as a fraction of total NPK amounts translocated from leaves and stems
- ['-']
RDRLV_NPK:
- 0.05
- maximum relative death rate of leaves due to nutrient NPK stress
- ['-']
#
# Maximum N/P/K uptake rates, see changelog.txt
#
RNUPTAKEMAX:
- 7.2
- Maximum rate of daily nitrogen uptake
- ['kg.ha-1.d-1']
RPUPTAKEMAX:
- 0.8
- Maximum rate of daily phosphorus uptake
- ['kg..ha-1.d-1']
RKUPTAKEMAX:
- 7.4
- Maximum rate of daily potassium uptake
- ['kg.ha-1.d-1']
potato_nl: &potato_nl
# New estimates of parameters for modern Dutch potato cultivars. The parameters defined
# here under this ecotype are assumed generic across cultivars.
<<: *GenericC3
<<: *potato
TSUMEM:
- 255
- temperature sum from sowing to emergence
- ['C.d']
TSUM2:
- 2100
- temperature sum from anthesis to maturity
- ['C.d']
SLATB:
- [0.00, 0.0017,
1.00, 0.0024,
2.00, 0.0024]
- specific leaf area as a function of DVS
- ['-', 'ha.kg-1']
EFFTB:
- [ 0.0, 0.49,
40.0, 0.49]
- initial light-use efficiency single leaf as function of daily mean temperature
- ['C', 'kg.ha-1.hr-1.J-1.m2.s1']
AMAXTB:
- [0.00, 33.00,
2.00, 33.00]
- maximum leaf CO2 assimilation rate as function of DVS
- ['-', 'kg.ha-1.hr-1']
REFCO2L:
- 400
- CO2 level at which AMAX and EFF were measured
- ['PPM']
TMPFTB:
- [ 0.0, 0.01,
3.0, 0.01,
10.0, 0.75,
15.0, 1.00,
24.0, 1.00,
29.0, 0.75,
36.0, 0.01]
- reduction factor of AMAX as function of average daytime (*not* daily) temperature
- ['C', '-']
Varieties:
Potato_701:
<<: *potato
Metadata:
<<: *meta
Contributor: E.R. Boons-Prins, G.H.J. de Koning, CA. van Diepen, F.W.T. Penning de Vries
Description: The Potato 701 variety was calibrated for regions in northern Europe in the framework
of the MARS crop yield monitoring system. This includes Germany, France, The Netherlands,
Belgium, Luxembourg, United Kingdom, Ireland, Denmark. Sowing date 15 April except United Kingdom
with sowing date 25 April.
Date: 1992-01-01
Identifier:
Relation:
Source: https://edepot.wur.nl/308997
Type: Report
Coverage:
Region: NW-Europe
Rights: European Union Public License (EUPL)
Keyword: potato; Solanum tuberosum
TSUM1:
- 150
- temperature sum from emergence to anthesis
- ['C.d']
TSUM2:
- 1550
- temperature sum from anthesis to maturity
- ['C.d']
Potato_702:
<<: *potato
Metadata:
<<: *meta
Contributor: E.R. Boons-Prins, G.H.J. de Koning, CA. van Diepen, F.W.T. Penning de Vries
Description: The Potato 702 variety was calibrated for southern France with sowing dates around
15 April.
Date: 1992-01-01
Identifier:
Relation:
Source: https://edepot.wur.nl/308997
Type: Report
Coverage:
Region: Southern France
Rights: European Union Public License (EUPL)
Keyword: potato; Solanum tuberosum
TSUM1:
- 150
- temperature sum from emergence to anthesis
- ['C.d']
TSUM2:
- 1675
- temperature sum from anthesis to maturity
- ['C.d']
Potato_703:
<<: *potato
Metadata:
<<: *meta
Contributor: E.R. Boons-Prins, G.H.J. de Koning, CA. van Diepen, F.W.T. Penning de Vries
Description: The Potato 703 variety was calibrated for Central and N-Italy with sowing dates around
15 April.
Date: 1992-01-01
Identifier:
Relation:
Source: https://edepot.wur.nl/308997
Type: Report
Coverage:
Region: Central and N-Italy
Rights: European Union Public License (EUPL)
Keyword: potato; Solanum tuberosum
TSUM1:
- 150
- temperature sum from emergence to anthesis
- ['C.d']
TSUM2:
- 1800
- temperature sum from anthesis to maturity
- ['C.d']
SPAN:
- 40.0
- life span of leaves growing at 35 Celsius
- ['d']
Potato_704:
<<: *potato
Metadata:
<<: *meta
Contributor: E.R. Boons-Prins, G.H.J. de Koning, CA. van Diepen, F.W.T. Penning de Vries
Description: The Potato 704 variety was calibrated for Southern Italy, Greece, Spain and Portugal with
sowing dates ranging from 6 March (Greece), 15 April (Italy) and 25 April (Spain, Portugal).
Date: 1992-01-01
Identifier:
Relation:
Source: https://edepot.wur.nl/308997
Type: Report
Coverage:
Region: Central and N-Italy
Rights: European Union Public License (EUPL)
Keyword: potato; Solanum tuberosum
TSUM1:
- 200
- temperature sum from emergence to anthesis
- ['C.d']
TSUM2:
- 1800
- temperature sum from anthesis to maturity
- ['C.d']
SPAN:
- 40.0
- life span of leaves growing at 35 Celsius
- ['d']
Innovator:
<<: *potato_nl
Metadata:
<<: *meta
Contributor: Tamara ten Den, Pytrik Reidsma, Martin van Ittersum, Frits van Everts
Description: Innovator is a relatively early maturing variety that is popular due to its
frying and baking characteristics. It is currently growth in most of Europe and is becoming
popular in North America as well. Note that in the paper from Ten Den et al. (2022) reallocation
of stem and leaf
biomass was applied, which is not implemented in WOFOST 7.2. In practice between 0.5 to 1.0 ton
of total dry stem and leaf biomass may be translocated towards the tubers.
Identifier:
Relation:
Source: https://doi.org/10.1016/j.eja.2022.126510
Type: Journal article
Coverage:
Region: Europe and North America
Rights: European Union Public License (EUPL)
Keyword: potato; Solanum tuberosum
TSUM1:
- 187
- temperature sum from emergence to anthesis
- ['C.d']
RGRLAI:
- 0.017
- maximum relative increase in LAI
- ['d-1']
SPAN:
- 35.0
- life span of leaves growing at 35 Celsius
- ['d']
FLTB:
- [0.00, 0.74,
0.50, 0.74,
0.60, 0.74,
0.70, 0.74,
0.80, 0.74,
0.90, 0.71,
0.95, 0.67,
1.00, 0.56,
1.10, 0.18,
1.15, 0.07,
1.20, 0.03,
1.30, 0.00,
1.40, 0.00,
1.50, 0.00,
2.00, 0.00]
- fraction of total dry matter to leaves as a function of DVS
- ['-', 'mass.mass-1']
FSTB:
- [0.00, 0.26,
0.50, 0.26,
0.60, 0.25,
0.70, 0.23,
0.80, 0.18,
0.90, 0.11,
0.95, 0.06,
1.00, 0.06,
1.10, 0.20,
1.15, 0.20,
1.20, 0.15,
1.30, 0.08,
1.40, 0.03,
1.50, 0.01,
2.00, 0.00]
- fraction of total dry matter to stems as a function of DVS
- ['-', 'mass.mass-1']
FOTB:
- [0.00, 0.00,
0.50, 0.00,
0.60, 0.01,
0.70, 0.03,
0.80, 0.08,
0.90, 0.18,
0.95, 0.27,
1.00, 0.38,
1.10, 0.62,
1.15, 0.73,
1.20, 0.82,
1.30, 0.92,
1.40, 0.97,
1.50, 0.99,
2.00, 1.00]
- fraction of total dry matter to storage organs as a function of DVS
- ['-', 'mass.mass-1']
Fontane:
<<: *potato_nl
Metadata:
<<: *meta
Contributor: Tamara ten Den, Pytrik Reidsma, Martin van Ittersum, Frits van Everts
Description: Fontane is a intermediate maturing variety and is popular as a ware potato for both
processing and consumption. It is currently growth in most of Europe but also in other places
across the World. Note that in the paper from Ten Den et al. (2022) reallocation of stem and leaf
biomass was applied, which is not implemented in WOFOST 7.2. In practice between 0.5 to 1.0 ton
of total dry stem and leaf biomass may be translocated towards the tubers.
Identifier:
Relation:
Source: https://doi.org/10.1016/j.eja.2022.126510
Type: Journal article
Coverage:
Region: Europe
Rights: European Union Public License (EUPL)
Keyword: potato; Solanum tuberosum
TSUM1:
- 222
- temperature sum from emergence to anthesis
- ['C.d']
RGRLAI:
- 0.018
- maximum relative increase in LAI
- ['d-1']
SPAN:
- 32.0
- life span of leaves growing at 35 Celsius
- ['d']
FLTB:
- [0.00, 0.71,
0.60, 0.71,
0.70, 0.71,
0.80, 0.71,
0.90, 0.69,
0.95, 0.64,
1.00, 0.54,
1.05, 0.37,
1.10, 0.20,
1.15, 0.10,
1.20, 0.05,
1.30, 0.03,
1.40, 0.03,
1.60, 0.03,
2.00, 0.03]
- fraction of total dry matter to leaves as a function of DVS
- ['-', 'mass.mass-1']
FSTB:
- [0.00, 0.29,
0.60, 0.29,
0.70, 0.28,
0.80, 0.25,
0.90, 0.19,
0.95, 0.15,
1.00, 0.13,
1.05, 0.14,
1.10, 0.16,
1.15, 0.14,
1.20, 0.10,
1.30, 0.04,
1.40, 0.01,
1.60, 0.00,
2.00, 0.00]
- fraction of total dry matter to stems as a function of DVS
- ['-', 'mass.mass-1']
FOTB:
- [0.00, 0.00,
0.60, 0.00,
0.70, 0.01,
0.80, 0.04,
0.90, 0.12,
0.95, 0.21,
1.00, 0.33,
1.05, 0.49,
1.10, 0.64,
1.15, 0.76,
1.20, 0.85,
1.30, 0.93,
1.40, 0.96,
1.60, 0.97,
2.00, 0.97]
- fraction of total dry matter to storage organs as a function of DVS
- ['-', 'mass.mass-1']
Markies:
<<: *potato_nl
Metadata:
<<: *meta
Contributor: Tamara ten Den, Pytrik Reidsma, Martin van Ittersum, Frits van Everts
Description: Markies is a late maturing variety and is popular as a ware potato for both
processing and consumption. It is currently growth in most of Europe but also in other places
across the World. Note that in the paper from Ten Den et al. (2022) reallocation of stem and leaf
biomass was applied, which is not implemented in WOFOST 7.2. In practice between 0.5 to 1.0 ton
of total dry stem and leaf biomass may be translocated towards the tubers.
Identifier:
Relation:
Source: https://doi.org/10.1016/j.eja.2022.126510
Type: Journal article
Coverage:
Region: Europe
Rights: European Union Public License (EUPL)
Keyword: potato; Solanum tuberosum
TSUM1:
- 257
- temperature sum from emergence to anthesis
- ['C.d']
RGRLAI:
- 0.013
- maximum relative increase in LAI
- ['d-1']
SPAN:
- 37.0
- life span of leaves growing at 35 Celsius
- ['d']
FLTB:
- [0.00, 0.70,
0.20, 0.70,
0.40, 0.70,
0.60, 0.70,
0.80, 0.70,
0.90, 0.68,
0.95, 0.63,
1.00, 0.54,
1.10, 0.19,
1.15, 0.09,
1.20, 0.05,
1.30, 0.03,
1.50, 0.03,
1.70, 0.03,
2.00, 0.03]
- fraction of total dry matter to leaves as a function of DVS
- ['-', 'mass.mass-1']
FSTB:
- [0.00, 0.29,
0.20, 0.29,
0.40, 0.26,
0.60, 0.21,
0.80, 0.08,
0.90, 0.01,
0.95, 0.00,
1.00, 0.04,
1.10, 0.26,
1.15, 0.31,
1.20, 0.29,
1.30, 0.22,
1.50, 0.09,
1.70, 0.04,
2.00, 0.01]
- fraction of total dry matter to stems as a function of DVS
- ['-', 'mass.mass-1']
FOTB:
- [0.00, 0.01,
0.20, 0.01,
0.40, 0.04,
0.60, 0.09,
0.80, 0.22,
0.90, 0.31,
0.95, 0.37,
1.00, 0.42,
1.10, 0.55,
1.15, 0.60,
1.20, 0.66,
1.30, 0.75,
1.50, 0.88,
1.70, 0.93,
2.00, 0.96]
- fraction of total dry matter to storage organs as a function of DVS
- ['-', 'mass.mass-1']
Premiere:
Metadata:
<<: *meta
Contributor: Tamara ten Den, Pytrik Reidsma, Martin van Ittersum, Frits van Everts
Description: Premiere is a very early maturing variety and is popular as a potato for
processing into fries. It is currently growth in most of Europe but also in other places
across the World. Note that in the paper from Ten Den et al. (2022) reallocation of stem and leaf
biomass was applied, which is not implemented in WOFOST 7.2. In practice between 0.5 to 1.0 ton
of total dry stem and leaf biomass may be translocated towards the tubers.
Identifier:
Relation:
Source: https://doi.org/10.1016/j.eja.2022.126510
Type: Journal article
Coverage:
Region: Europe
Rights: European Union Public License (EUPL)
Keyword: potato; Solanum tuberosum
<<: *potato_nl
TSUM1:
- 164
- temperature sum from emergence to anthesis
- ['C.d']
RGRLAI:
- 0.019
- maximum relative increase in LAI
- ['d-1']
SPAN:
- 35.0
- life span of leaves growing at 35 Celsius
- ['d']
FLTB:
- [0.00, 0.83,
0.70, 0.83,
0.80, 0.83,
0.85, 0.82,