SALUS Data Structure Test
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SALUS Variables
+ Crop File (CDB)
+ Table: Complex_Species
+ Table: Species
- + CHeight -- Approx. Height of Crop (m) -- Optional
- Approximate crop height (used for calculating transpiration for CO2 effects) [m]
Minimum: 0 - + EmgInt -- Intercept of emerg. time calc. (leaf equivalent) -- Optional
- Intercept of function to calculate the development time from germination to emergence.
Minimum: 0.01 Maximum: 1 - + EmgSlp -- Slope of emergence time calc. (leaf equivalent cm^-1) -- Optional
- Slope of function to calculate the development time from germination to emergence.
Minimum: 0 Maximum: 1 - + glfmat -- Green leaf frac. at maturity (leaf leaf^-1) -- Optional
- Ratio of green leaves at maturity to green leaves at the end of phase 2 (end of vegetative stage), used to calculate how many leaves to sensesce till maturity.
Minimum: 0 Maximum: 1 - + Kf -- Const. for row spacing coef. (N/A) -- Optional
- Constant used in the calculation of the row spacing coefficient required for the light interception calculation.
Minimum: 0.8 Maximum: 2 - + LEear -- Leaf eq for ear growth (leaf equivalent) -- Optional
- Development time for ear growth, generally 224 degree days before silking to 100 degree days after silking. Must be greater than phase3 variable.
Minimum: 2.9 Maximum: 12.5 - + LEsec -- L. E. at senescence (leaf equivalent) -- Optional
- Development time when the first leaf starts senescing.
Minimum: 0 Maximum: 30 - + LEtg -- L. E. to germinate (leaf equivalent) -- Optional
- Development time required for germination.
Minimum: 0.01 Maximum: 1 - + lncsf -- Factor to reduce dev. at sen. (unitless) -- Optional
- Factor to reduce the daily rate of plant development during leaf senescence.
Minimum: 0 Maximum: 1 - + Nfixing -- Does species fix nitrogen? (N/A) -- Optional
- Nitrogen fixing switch.
N: Does not fix nitrogen
Y: Fixes nitrogen
- + PARtE -- IPAR threshold for 1st ear (MJ plant^-1) -- Optional
- Cum. IPAR threshold to produce the first ear per plant.
- + PARtK -- IPAR threshold for 1st kernel (MJ plant^-1) -- Optional
- Cum. IPAR threshold to produce the first kernel in the first ear.
Minimum: 1 Maximum: 40 - + Phase3 -- L. E. for phase 3 (leaf equivalent) -- Optional
- Development time during phase 3, end of vegetative growth (last leaf expanded) to end of ear growth (begin of grain fill).
Minimum: 1.9 Maximum: 11.5 - + PhotoC -- Photoperiod coefficient (N/A) -- Optional
- Coefficient in the equation used to compute phyllochron interval from photoperiod for winter cereals.
Minimum: 0.007 Maximum: 0.01 - + PhotoSynID -- Photosynthesis Type-- Required
-
C3:
Calvin or C3 Cycle
C4: Hatch-Slack or C4 Cycle
- + RUE -- Radiation use efficiency (g MJ^-1) -- Optional
- Minimum: 0
- + SLWmax -- Max. specific leaf weight (g cm^-2) -- Optional
- Maximum specific leaf weight, modified by the specific leaf weight fraction from the species phases table.
Minimum: 0.001 Maximum: 0.01 - + Species_Name -- Full species name (N/A) -- Required
- + SpeciesID -- Species Identifier (N/A) -- Required
- Formerly limited to 2 Characters
AL: Alfalfa
AR: Aroid
BA: Barley
BN: Dry bean
BW: Broad leaf weed
CO: Cotton
CS: Cassava
FA: Fallow
GW: Grass weed
ML: Pearl millet
MZ: Maize
NC: Not a Crop
PN: Peanut
PT: Potato
RI: Rice
SB: Soybean
SC: Sugar cane
SG: Grain sorghum
SQ: Crop sequence
ST: Shrubs/Tree
WH: Wheat
- + TbaseD -- Base temp. for development (degree C) -- Optional
- Base temperature for development.
Minimum: 0 Maximum: 12 - + ToptD -- Opt. temp. for development (degree C) -- Optional
- Optimum temperature for development.
Minimum: 12 Maximum: 40 - + ToptP -- Opt. temp. for photosynthesis (degree C) -- Optional
- Optimum temperature for potosynthesis.
Minimum: 10 Maximum: 30 + Table: Cultivars
+ Table: Cultivar
- + BrnCo -- Barrenness coefficient (N/A) -- Required
- Genetic coefficient for tolerating high plant population.
Minimum: 0.11 Maximum: 0.45 - + CultivarID -- Cultivar code (N/A) -- Required
- + DelpH -- Delay per h of phot. inc./dec. (d h^-1) -- Required
- Delay in development after juvenile stage per hour of photoperiod increase/decrease (equal to P2 and P1D in CERES). Always positive.
Minimum: 0 Maximum: 3.5 - + EaNPt -- Potential ear # per plant (ears plant^-1) -- Required
- Potential ear (spike) number per plant for plants that normally tiller.
Minimum: 0 - + EaSEf -- Ear setting efficiency (ears MJ^-1) -- Required
- The slope of the function of number of ears (spikes) per plant vs. cumulative intercepted radiation per plant.
- + KrNPt -- Potential kernel # per ear (kernels ear^-1) -- Required
- Potential kernel number per ear (equal to G2 in CERES-Maize).
Minimum: 1 Maximum: 800 - + krPGR -- Daily rate of kernel fill (g kernel^-1 d^-1) -- Required
- Daily rate of kernel fill at optimum temperature (equal to G3 * 10-3 in CERES-Maize).
Minimum: 0.001 Maximum: 0.1 - + KrSEf -- Kernel setting efficiency (kernels ear^-1 MJ^-1) -- Required
- The slope of the function of number of kernels per ear vs. cumulative intercepted radiation per plant.
Minimum: 0.03 Maximum: 0.2 - + LEgg -- L. E. for grain growth (leaf equivalent) -- Optional
- Development time required for grain fill, from end of ear growth to physiological maturity (equal to (P5 - 100) / PHINT in CERES).
Minimum: 5.8 Maximum: 14.4 - + LEJuv -- L. E. to end juvenile (leaf equivalent) -- Optional
- Development time from emergence to the end the juvenile period during which the plant is not photoperiod sensitive (equal to P1 / PHINT in CERES-Maize).
Minimum: 0 Maximum: 7.5 - + LT50c -- Coef. for cold tolerance (degree C) -- Optional
- Genetic coefficient for cultivar low temperature tolerance (prob. the temperature at which 50% of plants are killed).
- + MnNMlt -- Multiplier for min. N conc. (unitless) -- Optional
- Multiplier for the minimum permissible N concentration in plant with respect to the optimum.
Minimum: 0.4 Maximum: 1 - + MnPMlt -- Multiplier for min. P conc. (unitless) -- Optional
- Multiplier for the minimum permissible P concentration in plant with respect to the optimum.
Minimum: 0.4 Maximum: 1 - + MxNKr -- Max. N conc. in grain (g g^-1) -- Optional
- Maximum concentration of N in the grain.
Minimum: 0.005 Maximum: 0.05 - + MxNVg -- Max N conc. in vegetative part (g g^-1) -- Optional
- Maximum concentration of N in the vegetative parts of the plant.
Minimum: 0.005 Maximum: 0.05 - + MxPKr -- Max. P conc. in grain (g g^-1) -- Optional
- Maximum concentration of P in the grain.
Minimum: 0.0005 Maximum: 0.005 - + MxPVg -- Max P conc. in vegetative part (g g^-1) -- Optional
- Maximum concentration of P in the vegetative parts of the plant.
Minimum: 0.0005 Maximum: 0.005 - + Name -- Cultivar name (N/A) -- Optional
- + PhHig -- Photoperiod high limit (h) -- Optional
- Upper limit of photoperiod sensitivity range with respect to the rate of induction.
Minimum: 6 Maximum: 24 - + PhLow -- Photoperiod low limit (h) -- Optional
- Lower limit of photoperiod sensitivity range with respect to the rate of induction.
Minimum: 6 Maximum: 24 - + Phy14 -- Phyllochron at 14h day (degree day leaf^-1) -- Optional
- Phyllochron interval at 14 h daylength. Used to compute phyllochron interval from photoperiod for winter cereals.
Minimum: 5 Maximum: 80 - + phyll -- Phyllochron interval (degree day leaf^-1) -- Optional
- Thermal time (in degree days) between successive leaf tip appearances.
Minimum: 5 Maximum: 80 - + Prolf -- Is cultivar prolific? (N/A) -- Optional
- Prolificacy coefficient for plants like maize that normally grow one ear but some times more, provided that they intercept enough IPAR.
N: No
Y: Yes
- + Vcoef -- Vernalization coef. for cereal (d [?]) -- Optional
- Vernalization coefficient for winter cereals (prob. number of cold days required to complete vernalization).
Minimum: 0
+ Table: Phases
+ Table: Phase
- + GRF -- Grain partitioning coefficient (g g^-1) -- Optional
- Minimum: 0 Maximum: 1
- + Label -- Leaf eq. # or phase fraction (N/A) -- Optional
- Leaf equivalent number or fraction of phase that has passed.
EG0.0: Beginning of ear growth phase
EG0.25: One quarter of ear growth phase
EG1.0: End of ear growth phase
FL-00: Final leaf equivalent
FL-01: Final leaf equivalent minus 1
FL-02: Final leaf equivalent minus 2
FL-03: Final leaf equivalent minus 3
FL-04: Final leaf equivalent minus 4
FL-05: Final leaf equivalent minus 5
GG0.0: Beginning of grain growth phase
GG0.5: One half of grain growth phase
GG1.0: End of grain growth phase
L01: Leaf equivalent 1
L02: Leaf equivalent 2
L03: Leaf equivalent 3
L04: Leaf equivalent 4
L05: Leaf equivalent 5
L06: Leaf equivalent 6
L07: Leaf equivalent 7
L08: Leaf equivalent 8
L09: Leaf equivalent 9
L10: Leaf equivalent 10
L11: Leaf equivalent 11
L12: Leaf equivalent 12
L13: Leaf equivalent 13
L14: Leaf equivalent 14
L15: Leaf equivalent 15
L16: Leaf equivalent 16
L17: Leaf equivalent 17
L18: Leaf equivalent 18
L19: Leaf equivalent 19
L20: Leaf equivalent 20
L21: Leaf equivalent 21
L22: Leaf equivalent 22
L23: Leaf equivalent 23
L24: Leaf equivalent 24
L25: Leaf equivalent 25
L26: Leaf equivalent 26
L27: Leaf equivalent 27
L28: Leaf equivalent 28
L29: Leaf equivalent 29
L30: Leaf equivalent 30
L31: Leaf equivalent 31
L32: Leaf equivalent 32
L33: Leaf equivalent 33
L34: Leaf equivalent 34
- + LeafF -- Leaf partitioning coefficient (g g^-1) -- Optional
- Minimum: 0 Maximum: 1
- + MxTiS -- Rel. max. size of tillers (g g^-1) -- Optional
- Max. potential size of tillers relative to main stem.
Minimum: 0 Maximum: 1000 - + PhylF -- Phyllochron fraction (unitless) -- Optional
- Phyllochron fraction for first few leaves.
Minimum: 0 Maximum: 1 - + ResF -- Reserve fraction of stem mass (g g^-1) -- Optional
- Minimum: 0 Maximum: 1
- + RlNKr -- Rel. N concentration in grain (g g^-1) -- Optional
- Relative N concentration in grain.
Minimum: 0 Maximum: 1 - + RlNVg -- Rel. N concentration in veg. (g g^-1) -- Optional
- Relative N concentration in vegetative parts.
Minimum: 0 Maximum: 1 - + RlPKr -- Rel. P concentration in grain (g g^-1) -- Optional
- Relative P concentration in grain.
Minimum: 0 Maximum: 1 - + RlPVg -- Rel. P concentration in veg. (g g^-1) -- Optional
- Relative P concentration in vegetative parts.
Minimum: 0 Maximum: 1 - + RTF -- Root fraction of tops sink (g g^-1) -- Optional
- Minimum: 0 Maximum: 1
- + Slwf -- Specific leaf weight fraction (unitless) -- Optional
- Minimum: 0 Maximum: 3
- + StemF -- Stem partitioning coefficient (g g^-1) -- Optional
- Minimum: 0 Maximum: 1
- + TopSk -- Potential tops sink (g plant^-1 leaf equiv.^-1) -- Optional
- Minimum: 0 Maximum: 50
- + Tswch -- Temperature selection switch (N/A) -- Optional
- Development temperature selection switch.
A: Use air temperature
C: Use crown temperature
+ Table: TempFactors
+ Table: Factor
- + TRF -- Temp. red. factor label (N/A) -- Optional
- Temperature reduction factor label.
Grain Growth:
Leaf Expansion:
Root Depth Growth:
- + X -- X coordinate of polygon vertex (C) -- Optional
- Minimum: -99 Maximum: 99
- + Y -- Y coordinate of polygon vertex (unitless) -- Optional
- Minimum: 0 Maximum: 1
+ Table: Simple_Crop
+ Table: Species
- + AgeLamEst -- Establishment Rate Perennial Crop (unitless) -- Optional
- For perennial, aging curve parmeter for increasing the growth for the first AgeBegStableYr years of the crop
Minimum: 0 - + AgeKDecline -- Decline Rate Perennial Crop (unitless) -- Optional
- For perennial, aging curve parmeter for decreasing the growth after AgeEndStableYr years of the crop
Minimum: 0 - + AgeBegStableYr -- First stable/peak year of Perennial Crop (unitless) -- Optional
- For perennial, aging curve parmeter for the first stable/peak year.
Minimum: 0 - + AgeEndStableYr -- Last stable/peak year of Perennial Crop (unitless) -- Optional
- For perennial, aging curve parmeter for the last stable/peak year.
Minimum: 0 - + CHeight -- Approx. Height of Crop (m) -- Required
- Approximate crop height (used for calculating transpiration for CO2 effects) [m]
Minimum: 0 - + EmgInter -- Intercept of emerg. time calc. (leaf equivalent) -- Required
- Intercept of function to calculate the development time from germination to emergence.
Minimum: 0.01 Maximum: 1 - + EmgSlope -- Slope of emergence time calc. (leaf equivalent cm^-1) -- Required
- Slope of function to calculate the development time from germination to emergence.
Minimum: 0 Maximum: 1 - + GrnN_Mt -- Opt. N in grain at maturity (g g^-1) -- Optional
- Optimum grain nutrient concentration at maturity.
Minimum: 0.005 Maximum: 0.05 - + GrnP_Mt -- Opt. P in grain at maturity (g g^-1) -- Optional
- Optimum grain nutrient concentration at maturity.
Minimum: 0.0005 Maximum: 0.005 - + HrvIndex -- Harvest index (Mg Mg^-1) -- Required
- Fraction of crop that is grain
Minimum: 0.01 Maximum: 0.95 - + LAImax -- Max. potential leaf area index (m^2 m^-2) -- Required
- Minimum: 0.5 Maximum: 10
- + LinRPart -- Make root/shoot C partitioning linear (N/A) -- Optional
- From APEX; Zilverberg et al., 2017
Default: N
Y: Use linear root/shoot C partitioning
N: Use traditional root/shoot C partitioning
- + Nfixing -- Does species fix nitrogen? (N/A) -- Required
- Nitrogen fixing switch.
N: Does not fix nitrogen
Y: Fixes nitrogen
- + Perennial -- Is species perennial? (N/A) -- Required
- Does this plant grow over multiple species?
Default: No
N: Plant is Annual
Y: Plant is Perennial
- + PhotoSynID -- Photosynthesis Type-- Required
-
C3:
Calvin or C3 Cycle
C4: Hatch-Slack or C4 Cycle
- + PlntN_Em -- Opt. N in plant at emergence (g g^-1) -- Optional
- Optimum whole plant nutrient concentration at emergence.
Minimum: 0.005 Maximum: 0.05 - + PlntN_Hf -- Opt. N in plant halfway to mt. (g g^-1) -- Optional
- Optimum whole plant nutrient concentration halfway through maturity.
Minimum: 0.005 Maximum: 0.05 - + PlntN_Mt -- Opt. N in plant at maturity (g g^-1) -- Optional
- Optimum whole plant nutrient concentration at maturity.
Minimum: 0.005 Maximum: 0.05 - + PlntP_Em -- Opt. P in plant at emergence (g g^-1) -- Optional
- Optimum whole plant nutrient concentration at emergence.
Minimum: 0.0005 Maximum: 0.005 - + PlntP_Hf -- Opt. P in plant halfway to mt. (g g^-1) -- Optional
- Optimum whole plant nutrient concentration halfway through maturity.
Minimum: 0.0005 Maximum: 0.005 - + PlntP_Mt -- Opt. P in plant at maturity (g g^-1) -- Optional
- Optimum whole plant nutrient concentration at maturity.
Minimum: 0.0005 Maximum: 0.005 - + relLAI_P1 -- Relative LAI at point 1 (m^2 m^-2) -- Required
- Relative leaf area index at first point in the growing season.
Minimum: 0 Maximum: 1 - + relLAI_P2 -- Relative LAI at point 2 (m^2 m^-2) -- Required
- Relative leaf area index at second point in the growing season.
Minimum: 0 Maximum: 1 - + relTT_P1 -- Relative devel. time at pt. 1 ((deg. day) (deg. day)^-1) -- Required
- Relative development time at first point in the growing season.
Minimum: 0 Maximum: 1 - + relTT_P2 -- Relative devel. time at pt. 2 ((deg. day) (deg. day)^-1) -- Required
- Relative development time at second point in the growing season.
Minimum: 0 Maximum: 1 - + relTT_Sn -- Rel dev. time at start of sen. ((deg. day) (deg. day)^-1) -- Required
- Fraction of growing season when leaf area starts declining.
Minimum: 0.4 Maximum: 0.99 - + RootPartFac -- Root Partition Factor (unitless) -- Optional
- A simple multipler to change the amount of daily biomass that goes to the roots (the higer the number the more biomass goes to roots). Added for Rafael Martinez-Feria 2019-05-30.
Default: 1.0
- + RootSenFac -- Root Senescence Factor (unitless) -- Optional
- A simple multipler to change the amount of daily root biomass that senesce (the higer the number the more biomass that leaves from roots). Added for Rafael Martinez-Feria 2019-07-22.
Default: 1.0
- + RUEmax -- Max. potential rad. use eff. (g MJ^-1) -- Required
- Maximum potential radiation use efficiency.
Minimum: 1.15 Maximum: 4.9 - + RWPC1 -- Parameter in linear partitioning of biomass (N/A) -- Optional
- pcRoot = (1 - rel_TT) * RWPC1 + rel_TT * RWPC2
Default: 0.55
- + RWPC2 -- Parameter in linear partitioning of biomass (N/A) -- Optional
- pcRoot = (1 - rel_TT) * RWPC1 + rel_TT * RWPC2
Default: 0.15
- + SnParLAI -- Par. for LAI decl. after sen. (N/A) -- Required
- Leaf area index decline rate parameter after senescence starts.
Minimum: 0 Maximum: 10 - + SnParRUE -- Par. for RUE decl. after sen. (N/A) -- Required
- Radiation use efficiency decline rate parameter after senescence starts.
Minimum: 0 Maximum: 10 - + Source -- Source of parameter info. (N/A) -- Optional
- Bibliographic information or other reference for the value of the parameter.
- + Species_Name -- Full species name (N/A) -- Required
- + SpeciesID -- Species Identifier (N/A) -- Required
- Formerly limited to two digits.
- + TbaseDev -- Base temp. for development (degree C) -- Required
- Minimum temperature for plant development.
Minimum: 0 Maximum: 12 - + ToptDev -- Opt. temp. for development (degree C) -- Required
- Optimum temperature for plant development.
Minimum: 10 Maximum: 30 - + TTtoGerm -- Development time to germinate (degree day) -- Required
- Minimum: 0 Maximum: 50
- + TTtoMatr -- Development time to mature (degree day) -- Required
- Minimum: 0 Maximum: 2000
+ Table: Subspecies
- + AgeLamEst -- Override establishment Rate Perennial Crop (unitless) -- Optional
- For perennial, aging curve parmeter for increasing the growth for the first AgeBegStableYr years of the crop
Minimum: 0 - + AgeKDecline -- Override decline Rate Perennial Crop (unitless) -- Optional
- For perennial, aging curve parmeter for decreasing the growth after AgeEndStableYr years of the crop
Minimum: 0 - + AgeBegStableYr -- Override first stable/peak year of Perennial Crop (unitless) -- Optional
- For perennial, aging curve parmeter for the first stable/peak year.
Minimum: 0 - + AgeEndStableYr -- Override last stable/peak year of Perennial Crop (unitless) -- Optional
- For perennial, aging curve parmeter for the last stable/peak year.
Minimum: 0 - + CHeight -- Override approx. height of crop (m) -- Optional
- Approximate crop height (used for calculating transpiration for CO2 effects) [m]
Minimum: 0 - + EmgInter -- Override intercept of emerg. time calc. (leaf equivalent) -- Optional
- Intercept of function to calculate the development time from germination to emergence.
Minimum: 0.01 Maximum: 1 - + EmgSlope -- Override slope of emergence time calc. (leaf equivalent cm^-1) -- Optional
- Slope of function to calculate the development time from germination to emergence.
Minimum: 0 Maximum: 1 - + GrnN_Mt -- Override opt. N in grain at maturity (g g^-1) -- Optional
- Optimum grain nutrient concentration at maturity.
Minimum: 0.005 Maximum: 0.05 - + GrnP_Mt -- Override opt. P in grain at maturity (g g^-1) -- Optional
- Optimum grain nutrient concentration at maturity.
Minimum: 0.0005 Maximum: 0.005 - + HrvIndex -- Override Harvest index (Mg Mg^-1) -- Optional
- Fraction of crop that is grain
Minimum: 0.01 Maximum: 0.95 - + LAImax -- Override max. potential leaf area index (m^2 m^-2) -- Optional
- Minimum: 0.5 Maximum: 10
- + LinRPart -- Override make root/shoot C partitioning linear (N/A) -- Optional
- From APEX; Zilverberg et al., 2017
Default: N
Y: Use linear root/shoot C partitioning
N: Use traditional root/shoot C partitioning
- + Nfixing -- Override does species fix nitrogen? (N/A) -- Optional
- Nitrogen fixing switch.
N: Does not fix nitrogen
Y: Fixes nitrogen
- + Perennial -- Override if species perennial (N/A) -- Optional
- Does this plant grow over multiple species?
Default: No
N: Plant is Annual
Y: Plant is Perennial
- + PhotoSynID -- Override photosynthesis type -- Optional
-
C3:
Calvin or C3 Cycle
C4: Hatch-Slack or C4 Cycle
- + PlntN_Em -- Override opt. N in plant at emergence (g g^-1) -- Optional
- Optimum whole plant nutrient concentration at emergence.
Minimum: 0.005 Maximum: 0.05 - + PlntN_Hf -- Override opt. N in plant halfway to mt. (g g^-1) -- Optional
- Optimum whole plant nutrient concentration halfway through maturity.
Minimum: 0.005 Maximum: 0.05 - + PlntN_Mt -- Override opt. N in plant at maturity (g g^-1) -- Optional
- Optimum whole plant nutrient concentration at maturity.
Minimum: 0.005 Maximum: 0.05 - + PlntP_Em -- Override opt. P in plant at emergence (g g^-1) -- Optional
- Optimum whole plant nutrient concentration at emergence.
Minimum: 0.0005 Maximum: 0.005 - + PlntP_Hf -- Override opt. P in plant halfway to mt. (g g^-1) -- Optional
- Optimum whole plant nutrient concentration halfway through maturity.
Minimum: 0.0005 Maximum: 0.005 - + PlntP_Mt -- Override opt. P in plant at maturity (g g^-1) -- Optional
- Optimum whole plant nutrient concentration at maturity.
Minimum: 0.0005 Maximum: 0.005 - + relLAI_P1 -- Override Relative LAI at point 1 (m^2 m^-2) -- Optional
- Relative leaf area index at first point in the growing season.
Minimum: 0 Maximum: 1 - + relLAI_P2 -- Override relative LAI at point 2 (m^2 m^-2) -- Optional
- Relative leaf area index at second point in the growing season.
Minimum: 0 Maximum: 1 - + relTT_P1 -- Override relative devel. time at pt. 1 ((deg. day) (deg. day)^-1) -- Optional
- Relative development time at first point in the growing season.
Minimum: 0 Maximum: 1 - + relTT_P2 -- Override relative devel. time at pt. 2 ((deg. day) (deg. day)^-1) -- Optional
- Relative development time at second point in the growing season.
Minimum: 0 Maximum: 1 - + relTT_Sn -- Override rel dev. time at start of sen. ((deg. day) (deg. day)^-1) -- Optional
- Fraction of growing season when leaf area starts declining.
Minimum: 0.4 Maximum: 0.99 - + RootPartFac -- Override Root Partition Factor (unitless) -- Optional
- A simple multipler to change the amount of daily biomass that goes to the roots (the higer the number the more biomass goes to roots). Added for Rafael Martinez-Feria 2019-05-30.
Default: 1.0
- + RootSenFac -- Override Root Senescence Factor (unitless) -- Optional
- A simple multipler to change the amount of daily root biomass that senesce (the higer the number the more biomass that leaves from roots). Added for Rafael Martinez-Feria 2019-07-22.
Default: 1.0
- + RUEmax -- Override max. potential rad. use eff. (g MJ^-1) -- Optional
- Maximum potential radiation use efficiency.
Minimum: 1.15 Maximum: 4.9 - + RWPC1 -- Override parameter in linear partitioning of biomass (N/A) -- Optional
- pcRoot = (1 - rel_TT) * RWPC1 + rel_TT * RWPC2
Default: 0.55
- + RWPC2 -- Override parameter in linear partitioning of biomass (N/A) -- Optional
- pcRoot = (1 - rel_TT) * RWPC1 + rel_TT * RWPC2
Default: 0.15
- + SnParLAI -- Override par. for LAI decl. after sen. (N/A) -- Optional
- Leaf area index decline rate parameter after senescence starts.
Minimum: 0 Maximum: 10 - + SnParRUE -- Override par. for RUE decl. after sen. (N/A)
- Radiation use efficiency decline rate parameter after senescence starts.
Minimum: 0 Maximum: 10 - + Source -- Source of parameter info. (N/A) -- Optional
- Bibliographic information or other reference for the value of the parameter.
- + Subspecies_Name -- Full subspecies name (N/A) -- Required
- + SubspeciesID -- Subspecies Identifier (N/A) -- Required
- + TbaseDev -- Override base temp. for development (degree C) -- Optional
- Minimum temperature for plant development.
Minimum: 0 Maximum: 12 - + ToptDev -- Override opt. temp. for development (degree C) -- Optional
- Optimum temperature for plant development.
Minimum: 10 Maximum: 30 - + TTtoGerm -- Override development time to germinate (degree day) -- Optional
- Minimum: 0 Maximum: 50
- + TTtoMatr -- Override development time to mature (degree day) -- Optional
- Minimum: 0 Maximum: 2000
+ Table: CO2_XY
+ Table: PhotoSynType
- + PhotSynID -- Photosynthesis Type-- Required
-
C3:
Calvin or C3 Cycle
C4: Hatch-Slack or C4 Cycle
+ Table: Point
- + CO2 -- Atmospheric Carbon Dioxide (ppm) -- Required
- Minimum: 0
- + Multiplier -- Effect on C Accumulation (fraction) -- Required
- Amount to muliply daily accumulation of Carbon in a plant in response to CO2 level
Minimum: 0 Maximum: 2.0
+ Table: N_Fix
+ Table: Species
- + CtoNod -- C reserved for nodules (Fraction) -- Not Used
- Fraction of the assimilate C allocated to root growth that is reserved for nodules
- + RFIXN -- Respiration parameter (?) -- Not Used
- Respiration parameter related to N-fixing
- + Source -- Source of parameters (N/A) -- Optional
- + Species_Name -- Species name (N/A) -- Optional
- + SpeciesID -- Crop Code (N/A) -- Required
- Formerly resricted to 2 characters
- + TTFIX -- Thermal time to start N-fixing (degree-days) -- Required
+ Table: Subspecies
- + CtoNod -- Override C reserved for nodules (Fraction) -- Not Used
- Fraction of the assimilate C allocated to root growth that is reserved for nodules
- + RFIXN -- Override respiration parameter (?) -- Not Used
- Respiration parameter related to N-fixing
- + Source -- Source of parameters (N/A) -- Optional
- + Subspecies_Name -- Species name (N/A) -- Optional
- + SubspeciesID -- Crop Code (N/A) -- Required
- Formerly resricted to 2 characters
- + TTFIX -- Override Thermal time to start N-fixing (degree-days) -- Required
+ Event Output File (EDB)
+ Table: Experiment
- + ExpID -- ID for experiment (N/A) -- Required
- + Title -- Name of this experiment (N/A) -- Required
+ Table: Event
- + Amt -- Amount of Water (mm) -- Optional
- For Irrigation Events
- + ByProductHarv -- Amount Stover Harvested (kg/ha) -- Optional
- For Harvest Events
- + CultivarID -- Cultivar Identifier (N/A) -- Optional
- For Planting Events
- + Date -- ISO Date (N/A) -- Required
- YYYY-MM-DD
- + DepRes -- Residue incorporation depth (cm) -- Optional
- For Residue Events
- + DFert -- Depth of Fertilizer (cm) -- Optional
- For Fertilizer Events
- + DOY -- Day of Year (N/A) -- Required
- + Fert_kg_C -- Carbon Applied (kg/ha) -- Optional
- For Fertilizer Events
- + Fert_kg_N -- Nitrogen Applied (kg/ha) -- Optional
- For Fertilizer Events
- + Fert_kg_P -- Phosphorus Applied (kg/ha) -- Optional
- For Fertilizer Events
- + IFType -- Fertilizer material code (N/A) -- Optional
- For Fertilizer Events
FE001: Ammonium nitrate
FE002: Ammonium sulfate
FE003: Ammonium-nitrate-sulfate
FE004: Anhydrous ammonia
FE005: Urea
FE006: Diammoium phosphate
FE007: Monoammonium phosphate
FE008: Calcium nitrate
FE009: Aqua ammonia
FE010: Urea ammonium nitrate solution
FE011: Calcium ammonium nitrate solution
FE012: Ammonium polyphosphate
FE013: Single superphosphate
FE014: Triple superphosphate
FE015: Liquid phosphoric acid
FE016: Potassium chloride
FE017: Potassium nitrate
FE018: Potassium sulfate
FE019: Urea super granules
FE020: Dolomitic limestone
FE021: Rock Phosphate
FE022: Calceitic limestone
FE023: Unknown
FE024: Rhizobium
FE025: Unknown
FE026: Calcium hydroxide
FE027: Unknown
FE028: Unknown
FE029: Unknown
FE030: Unknown
NOCOD: Unknown
- + IrrCod -- Irrigation operation code (N/A) -- Optional
- For Irrigation Events
IR001: Furrow
IR002: Alternating furrows
IR003: Flood
IR004: Sprinkler
IR005: Drip or trickle
IR006: Flood Depth
IR007: Water table depth
IR008: Percolation rate (mm/day)
IR009: Bund height
IR010: Puddling (Amt = 0 => Yes or Amt = 1 => No)
IR011: Constant flood depth
MSU10: Drainage through pipes (mm/day)
MSU11: Managed water table depth
MSU12: Set controlled drainage parameters
- + Ppop -- Plant population at seeding (plants m^-2) -- Optional
- For Planting Events
- + PrimaryHarv -- Grain/Tuber Harvested (kg/ha) -- Optional
- For Harvest Events
- + ResC -- Carbon Applied (kg/ha) -- Optional
- For Residue Events
- + ResCode -- Residue material, code (N/A) -- Optional
- For Residue Events
RE001: Crop residue
RE002: Green manure/Compost
RE003: Barnyard manure
RE004: Liquid manure
- + ResN -- Nitrogen Applied (kg/ha) -- Optional
- For Residue Events
- + ResP -- Phosphorus Applied (kg/ha) -- Optional
- For Residue Events
- + RowSpc -- Row Spacing (cm) -- Optional
- For Planting Events
- + SDepth -- Planting Depth (cm) -- Optional
- For Planting Events
- + SpeciesID -- Species Identifier (N/A) -- Optional
- For Planting Events
AL: Alfalfa
AR: Aroid
BA: Barley
BN: Dry bean
BW: Broad leaf weed
CO: Cotton
CS: Cassava
FA: Fallow
GW: Grass weed
ML: Pearl millet
MZ: Maize
NC: Not a Crop
PN: Peanut
PT: Potato
RI: Rice
SB: Soybean
SC: Sugar cane
SG: Grain sorghum
SQ: Crop sequence
ST: Shrubs/Tree
WH: Wheat
- + TDep -- Tillage Depth (cm) -- Optional
- For Tillage Events
- + TImpl -- Tillage implement code (N/A) -- Optional
- For Tillage Events
TI000: Undefined Implement
TI002: Tandem disk
TI003: Offset disk
TI004: Oneway disk
TI005: Moldboard plow
TI006: Chisel plow
TI007: Disk plow
TI008: Subsoiler
TI009: Breeder/lister
TI010: Field cultivator
TI011: Row crop cultivator
TI012: Harrow-springtooth
TI013: Harrow-spike
TI014: Rotary hoe
TI015: Roto-tiller
TI016: Row crop planter
TI017: Drill
TI018: Shredder
TI019: Hoe
TI020: Planting stick
TI021: Animal-drawn implement
TI022: Hand
TI023: Manual hoeing
- + Type -- Type of event (N/A) -- Required
-
fertilizer:
Fertilizer Event
harvest: Harvest Event
irrigation: Irrigation Event
planting: Planting Event
residue: Residue Event
tillage: Tillage Event
- + Year -- 4 Digit Year (N/A) -- Required
+ Global Parameter File (GDB)
+ Table: Crop_Par
- + Code -- Code for crop (N/A) -- Required
- + KnDnFrac -- Knock-Down Fraction --by-produ (Fraction) -- Required
- Knock-Down Fraction, fraction of the non-harvested by-product that goes to surface at harvest
- + Name -- Full name of crop (N/A) -- Required
- + RootC -- C content of roots (% dry wt.) -- Required
- + RootIntC -- % total C in inter. decomposin (%) -- Required
- Percent of total C in intermediate decomposing root tissue such as cellulose/hemicelluloses
- + RootN -- N content of roots (% dry wt.) -- Required
- + RootP -- P content of roots (% dry wt.) -- Required
- + RootSloC -- % total C in slow decomposing (%) -- Required
- Percent of total C in slowly decomposing root tissue such as lignin
- + RootSloN -- % total N in slow decomposing (%) -- Required
- Percent of total N in slowly decomposing root tissue such as lignin
- + VegC -- C content of veg. top+root @ m (% dry wt.) -- Required
- + VegIntC -- % total C in inter. decomposin (%) -- Required
- Percent of total C in intermediate decomposing vegetative tops+roots at maturity such as cellulose/hemicelluloses
- + VegN -- N content of vegetation at mat (% dry wt.) -- Required
- N content of vegetative tops+roots at maturity
- + VegP -- P content of vegetation at mat (% dry wt.) -- Required
- P content of vegetative tops+roots at maturity
- + VegSloC -- % total C in slow decomposing (%) -- Required
- Percent of total C in slowly decomposing vegetative tops+roots at maturity such as lignin
- + VegSloN -- % total N in slow decomposing (%) -- Required
- Percent of total N in slowly decomposing vegetative tops+roots at maturity such as lignin
+ Table: Fert_Par
- + Code -- Code for fertilizer type (N/A) -- Required
- + FerDecRt -- Fertilizer decomposition rate -- Required
- under optimum conditions [
- + Name -- Name of fertilizer (N/A) -- Required
- + NH4Frac -- Fraction of N in ammonium (Fraction) -- Required
- + NO3Frac -- Fraction of N in nitrate form (Fraction) -- Required
- + UreaFrac -- Fraction of N in urea (Fraction) -- Required
- + VolN -- % total N that can readily vol (%) -- Required
- Percent of total N that can readily volatilize if surface-applied
- + VolNRate -- Rate const. N that can readily-- Required
- Rate constant for percent of total N that can readily volatilize if surface-applied
+ Table: Irr_Par
- + Code -- Code for irrigation type (N/A) -- Required
- + Name -- Name of irrigation type (N/A) -- Required
+ Table: Residue_Par
- + Code -- Code for residue type (N/A) -- Required
- + HumifdC -- Slow C that has been humified (%) -- Required
- Percent of slow C that has been humified.
Minimum: 0 Maximum: 100 - + IntermdC -- % C in interm. decomposing mat (%) -- Required
- Percent of total C in intermediate decomposing material such as cellulose/hemicelluloses
- + Name -- Name of residue type (N/A) -- Required
- + ResC -- C content of residues (% dry wt.) -- Required
- + ResK -- K content of residues (% dry wt.) -- Required
- + ResN -- N content of residues (% dry wt.) -- Required
- + ResP -- P content of residues (% dry wt.) -- Required
- + SlowC -- % C in slow decomposing materi (%) -- Required
- Percent of total C in slowly decomposing material such as lignin
- + SlowN -- %N in slow decomposing materi (%) -- Required
- Percent of total N in slowly decomposing material such as lignin
- + VolN -- % FOM N that can readily volat (%) -- Required
- Percent of total N in slowly decomposing material such as lignin
- + VolNRate -- Rate const. % FOM N that readi-- Required
- Rate constant for percent of FOM pool N that can readily volatilize if surface-applied [d-1]
+ Table: Soil_Bio_Kinetic_Par
- + ActI2CO2 -- Frac. of delta active inorg. t (d-1) -- Optional
- Minimum: 0 Maximum: 1
- + ActIn2Lb -- Active inorganic to labile con (d-1) -- Optional
- Minimum: 0 Maximum: 1
- + ActInorg -- Active inorg. decomposition co (d-1) -- Optional
- Minimum: 0 Maximum: 1
- + ActO2CO2 -- Frac. of delta active org. to (d-1) -- Optional
- Minimum: 0 Maximum: 1
- + ActOrg -- Active org. decomposition cons (d-1) -- Optional
- Minimum: 0 Maximum: 1
- + C2N_Act_Org -- Active C/N ratios (Ratio) -- Optional
- Originally hardwired into code
Default: 8.0
- + C2N_Res_Org -- Resistant C/N ratios (Ratio) -- Optional
- Originally hardwired into code
Default: 9.0
- + C2N_Slo_Org -- Slow C/N ratios (Ratio) -- Optional
- Originally hardwired into code
Default: 11.0
- + Element -- Element name (N/A) -- Required
- + Intr2CO2 -- Frac. of delta interm. residue (d-1) -- Optional
- Minimum: 0 Maximum: 1
- + Labile -- Labile decomposition const. (d-1) -- Optional
- Minimum: 0 Maximum: 1
- + LabInSol -- Fraction of labile in solution (Fraction) -- Optional
- Minimum: 0 Maximum: 1
- + Mlch2Sl -- Mulch to top soil layer consta (d-1) -- Optional
- on dry days
Minimum: 0 Maximum: 1 - + N2ODenitFac -- N2O factor in denitrification (Unitless) -- Optional
- For Element == N
Default: 0.7
- + pN2ONitr -- N2O emitted during nitrification (Unitless) -- Optional
- For Element == N
Default: 0.7
- + Rapd2CO2 -- Frac of delta rapid residue to (d-1) -- Optional
- Minimum: 0 Maximum: 1
- + SloFOMAb -- Slow FOM decomposition const. (d-1) -- Optional
- Slow FOM decomposition constant above ground
Minimum: 0 Maximum: 1 - + SloFOMBl -- Slow FOM decomposition const. (d-1) -- Optional
- Slow FOM decomposition constant below ground
Minimum: 0 Maximum: 1 - + SloFOMHm -- Humified slow FOM dec. const. (d-1) -- Optional
- Humified slow FOM decomposition constant above and below ground.
Minimum: 0 Maximum: 1 - + SloInorg -- Slow inorg. decomposition cons (d-1) -- Optional
- Minimum: 0 Maximum: 1
- + SloO2CO2 -- Frac. of delta slow org. to CO (d-1) -- Optional
- Minimum: 0 Maximum: 1
- + Slow2CO2 -- Frac. of delta slow residue t (d-1) -- Optional
- Minimum: 0 Maximum: 1
+ Table: Till_Par
- + BDFac -- Tillage effect on bulk density-- Required
- + Code -- Code for tillage type (N/A) -- Required
- + DecomFac -- Effect on soil bio. pools deco-- Required
- Tillage effect on soil biochemistry pools decomposition rates
- + KnDnFrac -- Knock-Down Fraction (Fraction) -- Required
- Knock-Down Fraction, fraction of the standing dead that drops on the soil surface at tillage
- + KsMcFac -- Effect on saturated hydraulic -- Required
- Macropore
- + MixFrac -- Mixing fraction for the implem (Fraction) -- Required
- + Name -- Name of tillage implement (N/A) -- Required
- + PondFac -- Tillage effect on ponding-- Required
+ Table: CO2_Trend_XY
- + Yr -- Year-- Required
- + CO2_Level -- CO2 in the Atmosphere (measured or predicted) (PPM) -- Required
+ Results File (RDB)
+ Table: Results
- + BMh -- Upper limit sink capacity (g/plant)
-
Module: Crop
Minimum: 0 - + BMl -- Lower limit sink capacity (g/plant)
-
Module: Crop
Minimum: 0 - + BWAH -- By-Product at Harvest (kg ha^-1)
- Dry Weight
Module: Crop
Minimum: 0 - + BWAHC -- Cumulative By-Product at Harvest (kg ha^-1)
- Dry Weight
Module: Crop
Minimum: 0 - + BundHeight -- Height of bund (for rice) (cm)
-
Module: Water Balance
Minimum: 0 - + C_ActInoBl -- Below ground active inorg. C (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_ActOrgBl -- Below ground active organic C (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_AtmoCO2 -- Atmospheric CO2 (ppm)
-
Module: Soil Biochemistry
Minimum: 0 - + C_CO2 -- C in cumulative CO2 evolved (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + CO2_Effect -- Effect that increased CO2 has on plants (Unitless)
- This is multiplier that increases growth depending on the CO2 in the atmosphere and if the crop is a C3 or C4 plant.
Module: Crop
Minimum: 0 - + C_FertApp -- C fertilizer applied (kg ha^-1)
- Cumulative carbon applied in fertilizer
Module: Soil Biochemistry
Minimum: 0 - + C_FertBl -- Below ground fertilizer C (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_In -- Total C additions (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_IntFOMAb -- Above ground interm. FOM C (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_IntFOMBl -- Below ground interm. FOM C (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_Net -- Net C change (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_Out -- Total C withdrawals (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_RapFOMAb -- Above ground rapid FOM C (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_RapFOMBl -- Below ground rapid FOM C (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_RDADC -- Cumulative C sent to the roots (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_ResOrgBl -- Below ground resistant org. C (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_RSADC -- Cumulative C senesced from the roots (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_SloFOMAb -- Above ground slow FOM C (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_SloFOMBl -- Below ground slow FOM C (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_SloInoBl -- Below ground slow inorganic C (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_SloOrgBl -- Below ground slow organic C (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_StDead -- Recognizeable standing dead C (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + CapFringe -- Depth of capillary fringe (mm)
-
Module: Water Balance
Minimum: 0 - + CD_WaterDepth -- Depth H2O stored in drainage ditch (m)
-
Module: Water Balance
Minimum: 0 - + CD_WaterVolume -- Volume H2O stored in drainage ditch (m^3)
-
Module: Water Balance
Minimum: 0 - + CDay -- Cumulative day (d)
-
Module: Main
Minimum: 0 - + CDRad -- Clear day radiation (MJ m^-2 d^-1)
- Estimated solar radiation at the surface on a cloudless day
Module: Weather
Minimum: 0 - + ColdFac -- Cold stress factor (unitless)
-
Module: Crop
Minimum: 0 Maximum: 1 - + AgeFac -- Perennial age factor (unitless)
- Perennial crops have low potential growth when planted, increase to a plateau, stays level for a few years, then decreases
Module: Crop
Minimum: 0 Maximum: 1 - + cropmod -- Simple or Complex Model? (N/A)
- S for Simple, C for Complex
Module: Crop
- + cThrTime -- Cumulative thermal time (degree day)
-
Module: Crop
Minimum: 0 - + CultivarID -- Cultivar code (N/A)
- Only used for the complex model
Module: Crop
- + CWAD -- Total above ground biomass (kg ha^-1)
- Total mass of stem, leaves, grain, etc.
Module: Crop
Minimum: 0 - + DAP -- Days after planting (d)
-
Module: Main
- + Date -- ISO Date (N/A)
- YYYY-MM-DD
Module: Main
- + dBiomass -- Delta biomass (kg ha^-1)
-
Module: Crop
Minimum: 0 - + DewP -- Average daily dewpoint (degree C)
-
Module: Weather
- + DOY -- Day of the year (day of the year)
-
Module: Main
Minimum: 1 Maximum: 366 - + DrghtFac -- Drought factor (unitless)
-
Module: Crop
Minimum: 0 Maximum: 1 - + DrghtStressDays -- Cumulative drought stress (unitless)
- Sum of (1.0 - DrghtFac) during a growing season
Module: Crop
Minimum: 0 - + DRNC -- Cumulative drainage (mm)
-
Module: Water Balance
Minimum: 0 - + dThrTime -- Daily thermal time (degree day)
-
Module: Crop
Minimum: 0 - + EOAC -- Potential ET, cumul. (mm)
-
Module: Water Balance
Minimum: 0 - + EOAD -- Potential ET, daily (mm d^-1)
-
Module: Water Balance
Minimum: 0 - + EPAC -- Plant transp., cumul. (mm)
-
Module: Water Balance
Minimum: 0 - + EPAD -- Plant transp., daily (mm d^-1)
-
Module: Water Balance
Minimum: 0 - + EPOAC -- Potential plant evap. cumul. (mm)
-
Module: Water Balance
Minimum: 0 - + EPOAD -- Potential plant evap. daily (mm d^-1)
-
Module: Water Balance
Minimum: 0 - + ESAC -- Soil evaporation, cumul. (mm)
-
Module: Water Balance
Minimum: 0 - + ESAD -- Soil evaporation, daily (mm d^-1)
-
Module: Water Balance
Minimum: 0 - + ESOAC -- Potential soil evap. cumul. (mm)
-
Module: Water Balance
Minimum: 0 - + ESOAD -- Potential soil evap. daily (mm d^-1)
-
Module: Water Balance
Minimum: 0 - + ETAC -- Evapotranspiration, cumul. (mm)
-
Module: Water Balance
Minimum: 0 - + ETAD -- Evapotranspiration, daily (mm d^-1)
-
Module: Water Balance
Minimum: 0 - + ExpElev -- Elevation for experiment site (m)
- Echos the Elev variable in XDB/Experiment
Module: Main
- + ExpID -- Experiment ID (N/A)
- + ExpLat -- Latitude for experiment site (degree)
- Echos the Lat variable in XDB/Experiment
Module: Main
- + ExpLong -- Longitude for experiment site (degree)
- Echos the Long variable in XDB/Experiment
Module: Main
- + FldLvlSet -- Desired level of flood water (cm)
- Set by user
Module: Water Balance
Minimum: 0 - + Flood -- Flood water height, current (cm)
-
Module: Water Balance
Minimum: 0 - + gPhase -- Development phase (N/A)
-
gPhase 0 = Until emergence
gPhase 1 = Until induction (WH,BA incl. vern. Others incl. juv.)
gPhase 2 = Until end of veg. growth (last leaf stops expanding)
gPhase 3 = Until ear stops growing
gPhase 4 = Until maturity
gPhase 5 = Matured
Module: Crop
Minimum: 0 Maximum: 4 - + gPhase0Date -- Date Phase 0 is entered (ISO Date)
- Plantng Date
Module: Crop
- + gPhase1Date -- Date Phase 1 is entered (ISO Date)
-
Module: Crop
- + gPhase2Date -- Date Phase 2 is entered (ISO Date)
-
Module: Crop
- + gPhase3Date -- Date Phase 3 is entered (ISO Date)
-
Module: Crop
- + gPhase4Date -- Date Phase 4 is entered (ISO Date)
-
Module: Crop
- + gPhase0DOY -- Day Phase 0 is entered (N/A)
- Plantng Day of Year
Module: Crop
- + gPhase1DOY -- Day Phase 1 is entered (N/A)
-
Module: Crop
- + gPhase2DOY -- Day Phase 2 is entered (N/A)
-
Module: Crop
- + gPhase3DOY -- Day Phase 3 is entered (N/A)
-
Module: Crop
- + gPhase4DOY -- Day Phase 4 is entered (N/A)
-
Module: Crop
- + gPhase0Year -- Year Phase 0 is entered (N/A)
- Plantng Year
Module: Crop
- + gPhase1Year -- Year Phase 1 is entered (N/A)
-
Module: Crop
- + gPhase2Year -- Year Phase 2 is entered (N/A)
-
Module: Crop
- + gPhase3Year -- Year Phase 3 is entered (N/A)
-
Module: Crop
- + gPhase4Year -- Year Phase 4 is entered (N/A)
-
Module: Crop
- + GWAD -- Dry weight - grain (kg ha^-1)
-
Module: Crop
Minimum: 0 - + HeatFac -- Heat stress factor (unitless)
-
Module: Crop
Minimum: 0 Maximum: 1 - + HRLT -- Day Length (hr)
-
Module: Weather
Minimum: 0 Maximum: 24 - + HWAD -- Cumulative harvested plant mass (kg ha^-1)
-
Module: Crop
Minimum: 0 - + HWAH -- Pirmary Harvest (kg ha^-1)
- Dry Weight
Module: Crop
Minimum: 0 - + HWAHC -- Cumulative Pirmary Harvest (kg ha^-1)
- Dry Weight
Module: Crop
Minimum: 0 - + IPAR -- Intercepted photosynthetically active radiation (MJ m^-2 d^-1)
-
Module: Crop
Minimum: 0 - + IRRC -- Cumulative irrigation (mm)
-
Module: Water Balance
Minimum: 0 - + KRPP -- Number of kernels per shoot (unitless)
-
Module: Crop
Minimum: 0 - + LAI -- Leaf area index (m^2 m^-2)
-
Module: Crop
Minimum: 0 - + LAIMax -- Max. leaf area index in the season (m^2 m^-2)
-
Module: Crop
Minimum: 0 - + LAIMaxDate -- Date of max leaf area index (ISO Date)
- Date of maximum leaf area index during growing season
Module: Crop
Minimum: 0 - + LAIMaxDOY -- Day of max leaf area index of the year (N/A)
- Day of year of maximum leaf area index of the year during growing season
Module: Crop
Minimum: 0 - + LAIMaxYear -- Year of max leaf area index (N/A)
- Year of maximum leaf area index during growing season
Module: Crop
Minimum: 0 - + LeafEq -- Leaf equivalent (leaf equivalent)
-
Module: Crop
Minimum: 0 - + LeafEqEar -- Leaf Eq for ear growth (leaf equivalent)
- Development time for ear growth, generally 224 degree days before silking to 100 degree days after silking. Must be greater than phase3 variable.
Module: Crop
Minimum: 2.9 Maximum: 12.5 - + LeafEqFinal -- Final Leaf equivalent (leaf equivalent)
-
Module: Crop
Minimum: 0 - + LeafNum -- Number of leaves (count)
-
Module: Crop
Minimum: 0 - + LWAD -- Dry weight - leaf (kg ha^-1)
-
Module: Crop
Minimum: 0 - + LWAT -- Dry weight - leaf - tillers (kg ha^-1)
-
Module: Crop
Minimum: 0 - + matDate -- Date maturity occurs (Unitless)
- ISO Date
Module: Crop
Minimum: 0 - + matDOY -- Day of year maturity occurs (Unitless)
-
Module: Crop
Minimum: 0 - + matYear -- Year maturity occurs (Unitless)
-
Module: Crop
Minimum: 0 - + MulchCover -- Mulch coverage (fraction)
-
Module: Water Balance
Minimum: 0 - + MulchDW -- Mulch dry weight (kg ha^-1)
-
Module: Water Balance
Minimum: 0 - + MulchSponge -- Mulch water holding capacity (cm)
-
Module: Water Balance
Minimum: 0 - + MulchWat -- Water in mulch (cm)
-
Module: Water Balance
Minimum: 0 - + N_ActInoBl -- Below ground active inorg. N (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + N_ActOrgBl -- Below ground active organic N (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + N_AmmoniaBl -- Total ammonia in soil (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + N_BFixBl -- Below ground asymbiotic N fixed (kg ha^-1)
- N fixed by soil microbes (bacteria, etc) summed across all soil layers.
Module: Soil Biochemistry
Minimum: 0 - + N_FertApp -- N fertilizer applied (kg ha^-1)
- Cumulative nitrogen applied in fertilizer
Module: Soil Biochemistry
Minimum: 0 - + N_FertBl -- Below ground fertilizer N (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + N_Fix -- Cumulative N fixed (kg ha^-1)
- For symbiosis (legumes, etc.)
Module: Soil Biochemistry
Minimum: 0 - + N_Harvst -- Cumulative harvested plant N (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + N_In -- Total N additions (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + N_LabileBl -- Below ground labile N (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + N_Min -- N Mineralization/Immobilization (kg ha^-1)
- Daily Mineralization/Immobilization values accumulated for all the layers
Module: Soil Biochemistry
Minimum: 0 - + N_SOCMin -- N Mineralization/Immobilization from SOC (kg ha^-1)
- Daily Mineralization/Immobilization from Soil Organic Carbon values accumulated for all the layers
Module: Soil Biochemistry
Minimum: 0 - + N_FOMMin -- N Mineralization/Immobilization from FOM (kg ha^-1)
- Daily Mineralization/Immobilization from Fresh Organic Matter values accumulated for all the layers
Module: Soil Biochemistry
Minimum: 0 - + N_N2 -- Cumulative N2 produced (kg ha^-1)
-
Module: Soil Biochemistry
- + N_N2O -- Cumulative N2O to the atmosphere (kg ha^-1)
- Cumulative N2O released into the atmosphere from the surface layer via diffusion
Module: Soil Biochemistry
- + N_N2OProd -- Daily N2O produced from nit/denitrification (kg ha^-1 d^-1)
- Daily N2O produced as a by-product during nitrification/denitrification in soil
Module: Soil Biochemistry
- + N_Net -- Net N change (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + N_NitrateBl -- Total nitrate in soil (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + N_Out -- Total N withdrawals (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + N_Plants -- Cumulative plant uptake N (kg ha^-1)
- This does not count N created by symbionts
Module: Soil Biochemistry
Minimum: 0 - + N_RapFOMAb -- Above ground rapid FOM N (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + N_RapFOMBl -- Below ground rapid FOM N (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + N_ResOrgBl -- Below ground resistant org. N (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + N_SloFOMAb -- Above ground slow FOM N (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + N_SloFOMBl -- Below ground slow FOM N (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + N_SloInoBl -- Below ground slow inorganic N (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + N_SloOrgBl -- Below ground slow organic N (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + N_Sol -- Below ground solution N (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + N_StDead -- Recognizeable standing dead N (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + N_UreaBl -- Total urea in soil (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + N_Vol -- Total N that can volatilize (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + NIAD -- Inorganic N in soil (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + NitroFac -- N stress factor (unitless)
-
Module: Crop
Minimum: 0 Maximum: 1 - + NitroStressDays -- Cumulative N stress (unitless)
- Sum of (1.0 - NitroFac) during a growing season
Module: Crop
Minimum: 0 - + NLCC -- Cumulative N leached (kg ha^-1)
- N leaving the bottom of the soil profile.
Module: Soil Biochemistry
Minimum: 0 - + NOAD -- Organic N in soil (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + OWAD -- Dry weight - one grain (g)
-
Module: Crop
Minimum: 0 - + OWAT -- Dry weight - one grain-tillers (g)
-
Module: Crop
Minimum: 0 - + P_ActInoBl -- Below ground active inorg. P (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + P_ActOrgBl -- Below ground active organic P (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + P_FertApp -- N fertilizer applied (kg ha^-1)
- Cumulative phosphorus applied in fertilizer
Module: Soil Biochemistry
Minimum: 0 - + P_FertBl -- Below ground fertilizer P (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + P_Harvst -- Cumulative harvested plant P (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + P_In -- Total P additions (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + P_LabileBl -- Below ground labile P (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + P_Net -- Net P change (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + P_Out -- Total P withdrawals (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + P_Plants -- Cumulative plant uptake P (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + P_RapFOMAb -- Above ground rapid FOM P (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + P_RapFOMBl -- Below ground rapid FOM P (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + P_ResOrgBl -- Below ground resistant org. P (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + P_SloInoBl -- Below ground slow inorganic P (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + P_SloOrgBl -- Below ground slow organic P (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + P_Sol -- Below ground solution P (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + P_StDead -- Recognizeable standing dead P (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + PhaseDes -- Development phase name (N/A)
-
Until emergence -- Phase 0
Until induction -- Phase 1 (WH,BA incl. vern. Others incl. juv.)
Until end veg. -- Phase 2 (last leaf stops expanding)
Until end ear -- Phase 3
Until maturity -- Phase 4
Matured -- Phase 5
Module: Crop
Minimum: N/A Maximum: N/A - + PhosFac -- P stress factor (unitless)
-
Module: Crop
Minimum: 0 Maximum: 1 - + PhosStressDays -- Cumulative P stress (unitless)
- Sum of (1.0 - PhosFac) during a growing season
Module: Crop
Minimum: 0 - + PhotoFac -- Photoperiod factor (unitless)
-
Module: Crop
Minimum: 0 Maximum: 1 - + POND -- Ponding height, current (mm)
-
Module: Water Balance
Minimum: 0 - + PONDMX -- Ponding height, maximum (mm)
-
Module: Water Balance
Minimum: 0 - + PREC -- Cumulative precipitation (mm)
-
Module: Weather
Minimum: 0 - + RadUseEf -- Radiation use efficiency (g MJ^-1)
-
Module: Crop
Minimum: 0 - + Rain -- Daily precipitation (mm)
-
Module: Weather
Minimum: 0 - + RcID -- Unique ID for rotation compon. (N/A)
-
Module: Crop
- + RelatvTT -- Relative thermal time (unitless)
-
Module: Crop
Minimum: 0 Maximum: 1 - + RID -- Rotation ID (N/A)
- Counter for occurance of a given rotation component
Module: Main
- + ROFC -- Cumulative runoff (mm)
-
Module: Water Balance
Minimum: 0 - + RootDep -- Root depth (cm)
-
Module: Crop
Minimum: 0 - + RWAD -- Dry weight - root (kg ha^-1)
-
Module: Crop
Minimum: 0 - + RWADMax -- Max dry weight - root (kg ha^-1)
- Maximum root weight during growing season
Module: Crop
Minimum: 0 - + RWADMaxDate -- Date of max dry weight - root (ISO Date)
- Date of maximum root weight during growing season
Module: Crop
Minimum: 0 - + RWADMaxDOY -- Day of max dry weight of the year - root (N/A)
- Day of year of maximum root weight of during growing season
Module: Crop
Minimum: 0 - + RWADMaxYear -- Year of max dry weight - root (N/A)
- Year of maximum root weight during growing season
Module: Crop
Minimum: 0 - + SatDef -- Saturation Deficiet (mm)
-
Module: Water Balance
Minimum: 0 - + Sink -- C Sink (kg ha^-1)
-
Module: Crop
Minimum: 0 - + SinkMax -- C Sink Maximum (kg ha^-1)
-
Module: Crop
Minimum: 0 - + SoilAlbedo -- Soil Albedo (unitless)
-
Module: Water Balance
Minimum: 0 Maximum: 1 - + SoilElev -- Elevation of soil profile (m)
-
Module: Water Balance
- + SoilID -- Soil Code (N/A)
- Code of soil used in experiment
Module: Main
- + SoilLat -- Latitude of soil profile (degree)
-
Module: Water Balance
- + SoilLong -- Longitude of soil profile (degree)
-
Module: Water Balance
- + SolRadMult -- Sol Rad Mult (MPI Only) (fraction)
- How much to reduce the solar radiation due to intercropping (MPI version) shading.
Module: Crop
Minimum: 0 Maximum: 1 - + Source -- C Source (kg ha^-1)
-
Module: Crop
Minimum: 0 - + SpeciesID -- Species code (N/A)
- Formerly limited to two characters
Module: Crop
- + SRAA -- Average solar radiation (MJ m^-2 d^-1)
-
Module: Weather
Minimum: 0 - + StationElev -- Elevation of weather station (m)
-
Module: Weather
- + StationID -- Weather Station Code (N/A)
- Code of weather station used in experiment
Module: Main
- + StationLat -- Latitude of weather station (degree)
-
Module: Weather
- + StationLong -- Longitude of weather station (degree)
-
Module: Weather
- + SWAD -- Dry weight - stem (kg ha^-1)
-
Module: Crop
Minimum: 0 - + SWAT -- Dry weight - stem - tillers (kg ha^-1)
-
Module: Crop
Minimum: 0 - + SWXD -- Potentially extractable water (cm)
-
Module: Water Balance
Minimum: 0 - + TIDRC -- Cumulative tile drainage (mm)
-
Module: Water Balance
Minimum: 0 - + TMNA -- Average min. temperature (degree C)
-
Module: Weather
- + TApexDay -- Apex daytime temperature (degree C)
-
Module: Weather
- + TApexNight -- Apex nighttime temperature (degree C)
-
Module: Weather
- + TApexMean -- Apex mean temperature (degree C)
- Mean is weighted by number of hour of sunlight.
Module: Weather
- + TMXA -- Average max. temperature (degree C)
-
Module: Weather
- + VDays -- Vernalization Days (Days)
-
Module: Crop
Minimum: 0 - + VPD -- Vapor Pressure Deficit (kPa)
-
Module: Weather
- + WTDEPTH -- Water Table Depth (mm)
-
Module: Water Balance
Minimum: 0 - + Year -- Four digit year (N/A)
-
Module: Main
+ Table: Results_Layer
- + BD -- Bulk density (Mg m^-3)
-
Module: Water Balance
Minimum: 0 Maximum: 2.65 - + C_ActOrg -- Total active organic C (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_CO2_FOM_lay -- C in cumulative CO2 evolved from FOM (kg ha^-1)
- Rapid_FOM_2_CO2_kg + Inter_FOM_2_CO2_kg + Slow_FOM_2_CO2_kg
Module: Soil Biochemistry
Minimum: 0 - + C_CO2_lay -- C in cumulative CO2 evolved (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_CO2_SOC_lay -- C in cumulative CO2 evolved from SOC (kg ha^-1)
- Act_Org_2_CO2_kg + Slo_Org_2_CO2_kg + dRes_Org_2_CO2_kg
Module: Soil Biochemistry
Minimum: 0 - + C_IntFOM -- Total interm. decomp. FOM C (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_RapFOM -- Total rapid decomposing FOM C (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_ResOrg -- Total resistant organic C (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_SloFOM -- Total slow decomposing FOM C (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_SloOrg -- Total slow organic C (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + C_Tot -- Total C (kg ha^-1)
- Sum of C_ActOrg_kg, C_SloOrg, C_ResOrg, C_RapFOM, C_IntFOM_kg, C_SloFOM
Module: Soil Biochemistry
Minimum: 0 - + Dflow -- Downward Flux (cm/day)
-
Module: Water Balance
Minimum: 0 - + DUL -- Drained Upper Limit of Soil Water (m^3 m^-3)
-
Module: Water Balance
- + LL -- Lower Limit of Soil Water (m^3 m^-3)
-
Module: Water Balance
- + Min_Kg -- Minimum element in a pool (kg ha^-1)
- Hardwired in the Global class.
Module: Soil Biochemistry
Minimum: 0 - + N_Ammonia -- Ammonia in soil (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + N_BFix -- Asymbiotic N fixed (kg ha^-1)
- Cumulative N fixed by soil microbes (bacteria, etc)
Module: Soil Biochemistry
Minimum: 0 - + N_MinLay -- Mineralization/Immobilization (kg ha^-1)
- Amount of Mineralization/Immobilization for each layer.
Module: Soil Biochemistry
Minimum: 0 - + N_SOCMinLay -- SOC Mineralization/Immobilization (kg ha^-1)
- Amount of Mineralization/Immobilization Soil Organic Carbon for each layer.
Module: Soil Biochemistry
Minimum: 0 - + N_FOMMinLay -- FOM Mineralization/Immobilization (kg ha^-1)
- Amount of Mineralization/Immobilization Fresh Organic Matter for each layer.
Module: Soil Biochemistry
Minimum: 0 - + N_MinLayConc -- Mineralization/Immobilization Concentration (ppm)
- Mineralization/Immobilization Concentration for each layer.
Module: Soil Biochemistry
Minimum: 0 - + N_N2OConc -- N2O Concentration (ppm)
-
Module: Soil Biochemistry
- + N_N2OLay -- N2O in Layer (kg ha^-1)
-
Module: Soil Biochemistry
- + NOutLay -- Labile N to other layers?? (kg ha^-1)
-
Module: Soil Biochemistry
- + N_Nitrate -- Nitrate in soil (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + N_Tot -- Total N (kg ha^-1)
- Sum of N_ActOrg_kg, N_SloOrg, N_ResOrg, N_RapFOM, N_IntFOM_kg, N_SloFOM
Module: Soil Biochemistry
Minimum: 0 - + N_Urea -- Urea in soil (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + NetFlow -- Net Flux (cm/day)
-
Module: Water Balance
- + NIADL -- Inorganic N in soil (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + NDownLay -- Labile N leaving bottom of layer (kg ha^-1 d^1)
- Non-cumulative. The sum of NDownLay from the bottom layer is the equivelent of N Leaching (NLCC).
Module: Soil Biochemistry
Minimum: 0 - + NDownLayC -- Cumm. labile N leaving bottom of layer (kg ha^-1)
- Cumulative. The value of NDownLayc from the bottom layer is the equivelent of N Leaching (NLCC).
Module: Soil Biochemistry
Minimum: 0 - + P_Labile -- P in soil (kg ha^-1)
-
Module: Soil Biochemistry
Minimum: 0 - + RootU -- Root Water Uptake (cm/day)
-
Module: Water Balance
Minimum: 0 Maximum: 25 - + RWADL -- Dry weight - root (kg ha^-1)
-
Module: Crop
Minimum: 0 - + SAT -- Saturated Soil Water Content (m^3 m^-3)
-
Module: Water Balance
- + ST -- Soil temperature (degree C)
-
Module: Soil Temperature
- + SW -- Soil water content (m^3 m^-3)
-
Module: Water Balance
Minimum: 0 Maximum: 0.8 - + SWCN -- Sat. hydraulic cond., macr. (cm h^-1)
- Macropore.
Module: Water Balance
Minimum: 0 - + Uflow -- Upward Flux (cm/day)
-
Module: Water Balance
Minimum: 0 - + ZLYR -- Depth to bottom of the layer (cm)
-
Module: Water Balance
Minimum: 0
+ Soil File (SDB)
+ Table: Soils
+ Table: Soil
- + CN2 -- Runoff curve number, SCS (N/A) -- Not Used
- From the U.S. Soil Conservation Service
Minimum: 62 Maximum: 91 - + Fldd -- Drainage Depth-- Not Used
- + PondMax -- Maximum ponding height (mm) -- Required
- In this case used for surface storage due to roughness.
Minimum: 0 - + FracResOrgInTotOrgC -- Fraction SOC in initial resistant pool (fraction) -- Optional
- Fraction of organic soil C to go into initial resistant pool
Minimum: 0 Maximum: 1 Default: 0.5
- + FracActInorgInTotInorgC -- Fraction SInorgC in initial active pool (fraction) -- Optional
- Fraction of inorganic soil C to go into initial active pool
Minimum: 0 Maximum: 1 Default: 0.05
- + Salb -- Dry soil albedo (unitless) -- Not Used
-
Minimum: 0 Maximum: 1 Default: 0.24
- + Scom -- Color, moist, Munsell hue (N/A) -- Not Used
- + SCount -- Country name (N/A) -- Optional
- + SElev -- Elevation of soil profile (m) -- Optional
- Only used to pass information to the output file(s)
- + SLat -- Latitude of soil profile (degree) -- Optional
- Only used to pass information to the output file(s)
Minimum: -90 Maximum: 90 - + SlDesc -- Description or local class. (N/A) -- Required
- Local classification
- + Sldp -- Depth of soil (cm) -- Not Used
- Minimum: 0 Maximum: 400
- + Slnf -- Mineralization factor (unitless) -- Not Used
- Minimum: 0 Maximum: 1
- + SLong -- Longitude of soil profile (degree) -- Optional
- Only used to pass information to the output file(s)
Minimum: -180 Maximum: 180 - + Slpf -- Photosynthesis factor (unitless) -- Not Used
- Minimum: 0 Maximum: 1
- + Slsour -- Source of original soil info. (N/A) -- Not Used
- + Sltx -- Texture, code (N/A) -- Not Used
-
CL:
Clay
CLLO: Clay loam
CLOSA: Coarse loamy sand
CSA: Coarse sand
CSALO: Coarse sandy loam
CSI: Coarse silt
FLO: Fine loam
FLOSA: Fine loamy sand
FSA: Fine sand
FSALO: Fine sandy loam
LO: Loam
LOSA: Loamy sand
SA: Sand
SACL: Sandy clay
SACLL: Sandy clay loam
SALO: Sandy loam
SI: Silt
SICL: Silty clay
SICLL: Siltly clay loam
SILO: Sitly loam
VFLOS: Very find loamy sand
VFSA: Very find sand
VFSAL: Very fine sandy loam
- + Smhb -- pH in buffer method (pH units) -- Not Used
- pH in buffer determination method, code.
- + Smke -- P determination method (N/A) -- Not Used
- Phosphorus determination method, code.
SA001: Olsen
SA002: Bray No. 1
SA003: Bray No. 2
SA004: Mehlich
SA005: Anion exchange resin
SA006: Truog
SA007: Double acid
SA008: Colwell
SA009: Water
SA010: IFDC Pi strip
- + Smpx -- P extractable, code (N/A) -- Not Used
- Phosphorus, extractable, determination code.
- + SoilID -- Soil ID (N/A) -- Required
- Identifier (Insitute + Site + Year + Soil).
- + SSite -- Site name (N/A) -- Not Used
- + SWCON -- Drainage rate (d^-1) -- Not Used
- Minimum: 0 Maximum: 1
- + Tacon -- Family, SCS system (N/A) -- Not Used
- + U -- Evaporation limit (cm) -- Not Used
- Minimum: 0
+ Table: Layer
- + BD -- Bulk density (Mg m^-3) -- Required
- Minimum: 0 Maximum: 2.65
- + CaCo -- Calcium carbonate content (%) -- Optional
-
Minimum: 0 Default: 20
- + CEC -- Cation exchange capacity (cmol kg^-1) -- Not Used
- Minimum: 0
- + Clay -- Clay content (%) -- Required
- < 0.002 mm.
Minimum: 0 Maximum: 100 - + DUL -- Drained upper limit of soil w. (m^3 m^-3) -- Required
- Drained upper limit of soil water availability.
Minimum: 0.01 Maximum: 0.7 - + ExK -- K, exchangeable (cmol kg^-1) -- Not Used
- Minimum: 0
- + ExMg -- Mg, exchangeable (cmol kg^-1) -- Not Used
- Minimum: 0
- + ExNa -- Na, exchangeable (cmol kg^-1) -- Not Used
- Minimum: 0
- + ExtAl -- Al, exchangeable ([?]) -- Not Used
- Minimum: 0
- + ExtFe -- Fe, exchangeable ([?]) -- Not Used
- Minimum: 0
- + ExtMn -- Mn, exchangeable ([?]) -- Not Used
- Minimum: 0
- + ExTs -- S, exchangeable ([?]) -- Not Used
- Minimum: 0
- + KsMtrx -- Sat. hydraulic cond, matrix (cm h^-1) -- Not Used
- Matrix.
Minimum: 0 - + LayerNum -- Soil layer number (N/A) -- Not Used
- Used in the Expert Soil Builder.
Minimum: 1 Maximum: 20 - + LL -- Lower limit of soil water avl. (m^3 m^-3) -- Required
- Minimum: 0.01 Maximum: 0.5
- + MH -- Master horizon (N/A) -- Not Used
- + OC -- Organic C (%) -- Required
- Minimum: 0 Maximum: 100
- + P_ActIno -- Active inorganic P in soil (mg kg^-1) -- Not Used
- Minimum: 0
- + P_Labile -- Labile P in soil (mg kg^-1) -- Not Used
- P that can be readily absorbed by plants.
Minimum: 0 - + P_SloIno -- Slow inorganic P in soil (mg kg^-1) -- Not Used
- Minimum: 0
- + pH -- pH in water (pH units) -- Required
- + pHKcl -- pH in buffer (pH units) -- Not Used
- + ResC -- Fraction SOC in initial resistant pool (fraction) -- Optional
- Can be overridden by FracResOrgInTotOrgC in experment file
Minimum: 0 Maximum: 0 Default: FracResOrgInTotOrgC (from soil file)
- + Sand -- Sand content (%) -- Not Used
- This variable used for display only
Minimum: 0 Maximum: 100 - + SAT -- Saturated soil water content (m^3 m^-3) -- Optional
-
Minimum: 0.25 Maximum: 0.8 Default: Max_Wat_Fill_Por * (1 - BD/Rock_Density)
- + SBioDepF -- Depth factor for soil biochem. (unitless) -- Optional
- Factor that restricts soil biochemistry kinetics with depth.
Minimum: 0 Maximum: 1 - + SHF -- Soil hospitality factor (unitless) -- Required
- Soil hospitality factor for root growth.
Minimum: 0 Maximum: 1 - + SHF_Mat -- Mature/perennial soil hospitality factor (unitless) -- Optional
- Mature/perennial soil hospitality factor for root growth. Controlled by the SHF_Mat/SHF_Juv TImpl flag in Mgt_Tillage_App.
Minimum: 0 Maximum: 1 - + Silt -- Silt content (%) -- Required
- 0.002 to 0.05 mm.
Minimum: 0 Maximum: 100 - + Slec -- Electrical conductivity (S m^-1) -- Not Used
- Minimum: 0
- + Stones -- Coarse fragment content (%) -- Optional
- > 2 mm.
Minimum: 0 Maximum: 100 Default: 0
- + SWCN -- Sat. hydraulic cond., macr. (cm h^-1) -- Optional
- Macropore.
Minimum: 0 Default: 37 * ((SAT[l] - DUL[l]) / DUL[l])**2
- + TotBas -- Base saturation (cmol kg^-1) -- Not Used
- Minimum: 0
- + TotN -- Total N (%) -- Required
- Minimum: 0 Maximum: 100
- + TotP -- P, total (mg kg^-1) -- Not Used
- Minimum: 0
- + ZLYR -- Depth to base of layer (cm) -- Required
- Minimum: 0 Maximum: 400
+ Weather File (WDB)
-
This file contians weather for one or more "stations"
For each station the StationID identifies it. The experiment (XDB) file needs both the name of this weather file and StationID to indetify the weather to use.
+ Table: Stations
-
General information about the location
- + Amp -- Air temperature amplitude (degree C) -- Optional
- Air temperature amplitude, monthly averages.
Minimum: 0 Maximum: 30 - + Elev -- Elevation (m) -- Required
- Minimum: -365 Maximum: 8848
- + Hmht -- Height of humidity measurements (m) -- Not Used
- Minimum: 0 Maximum: 100
- + Lat -- Latitude (degree) -- Required
- Minimum: -90 Maximum: 90
- + Long -- Longitude (degree) -- Optional
- Minimum: -180 Maximum: 180
- + Place_Name -- State, province, or country (N/A) -- Optional
- + Station_Name -- Station name (N/A) -- Optional
- + StationID -- Station code (N/A) -- Required
- + Tav -- Air temperature average (degree C) -- Optional
- Minimum: 0 Maximum: 30
- + Tmht -- Height of temp. measurements (m) -- Optional
- Minimum: 0 Maximum: 100
- + Wmht -- Height of wind measurements (m) -- Optional
- Minimum: 0 Maximum: 100
+ Table: HourlyRain
-
Hourly rainfall data
Rarely or never used.
- + DOY -- Day of the year (day of the year) -- Optional
- Minimum: 1 Maximum: 366
- + Hour -- Hour of the day (h) -- Optional
- Minimum: 1 Maximum: 24
- + HrPrecip -- Rainfall for the hour (mm) -- Optional
- Minimum: 0
- + StationID -- Weather station ID (N/A) -- Optional
- Four letter station code.
1: 1
- + Year -- Four digit year (N/A) -- Optional
+ Table: Storm_Intensity
-
Storm rainfall intensity data
Rarely or never used.
- + Month -- Month of the year (N/A) -- Optional
- Minimum: 1 Maximum: 12
- + SIValue -- Storm intensity for the month (N/A) -- Optional
- Maximum: 0
- + StationID -- Station ID (N/A) -- Optional
-
1:
1
+ Table: Weather
- + CDRad -- Clear day solar radiation (MJ m^-2 d^-1) -- Not Used
- Normally this is generated internally in SalGUI
Minimum: 0 Maximum: 50 - + DewP -- Dew point temperature (degree C) -- Not Used
- + DOY -- Day of the year (day of the year) -- Required
- Minimum: 1 Maximum: 366
- + PAR -- Photosynthetically active rad. (moles m^-2 d^-1) -- Not Used
- Minimum: 0
- + Rain -- Precipitation (mm) -- Required
- Minimum: 0
- + Rmax -- Relative humidity, maximum (%) -- Not Used
- Minimum: 0 Maximum: 100
- + Rmin -- Relative humidity, minimum (%) -- Not Used
- Minimum: 0 Maximum: 100
- + SH -- Specific humidity (g/kg) -- Not Used
- Minimum: 0 Maximum: 100
- + SRAD -- Solar radiation (MJ m^-2 d^-1) -- Required
- Minimum: 0 Maximum: 50
- + Tmax -- Air temperature, maximum (degree C) -- Required
- Minimum: -99 Maximum: 99
- + Tmin -- Air temperature, minimum (degree C) -- Required
- Minimum: -99 Maximum: 99
- + Wind -- Wind run (km/d^) -- Not Used
- Minimum: 0
- + WindSp -- Average wind speed (m/s) -- Not Used
- Averaged over 24 hours
Minimum: 0 - + Year -- Four digit year (N/A) -- Required
+ Experiment File (XDB)
-
This file contains management parameters for a number of experiments.
Specifies soil, weather and crop files that will be used for each experiment. Additionally describes planting, irrigation, fertilizer, tillage and other managment practices for those experiments.
+ Table: Experiment
- + Address -- Address of Experiment (N/A) -- Optional
- + Cropfp -- Crop file path (N/A) -- Required
- + Custom -- Indentify String (N/A) -- Optional
- This should be a space delimited set of name=value pairs. This can be printed in output file(s) for post process sorting/filtering.
- + Elev -- Elevation (m) -- Optional
- Not used by the model but can printed in the output file(s) to aid is spatial post-processing
Minimum: -365 Maximum: 8848 - + ExpID -- ID for experiment (N/A) -- Required
- + FracResOrgInTotOrgC -- Fraction SOC in initial resistant pool (fraction) -- Optional
- Fraction of organic soil C to go into initial resistant pool. If it exists it will override the FracResOrgInTotOrgC value in Soils and the ResC value in Soil Layers.
Minimum: 0 Maximum: 1 Default: 0.5
- + kResOrg -- Temporary Resistiant Organic Parameter (N/A) -- Optional
- + kSloOrg -- Temporary Slow Organic Parameter (N/A) -- Optional
- + Lat -- Latitude (degree) -- Optional
- Not used by the model but can printed in the output file(s) to aid is spatial post-processing
Minimum: -90 Maximum: 90 - + Location -- Location description (N/A) -- Optional
- + Long -- Longitude (degree) -- Optional
- Not used by the model but can printed in the output file(s) to aid is spatial post-processing
Minimum: -180 Maximum: 180 - + NYrs -- Number of years of simulation (yr) -- Required
- Minimum: 1
- + Person -- Name of the researcher(s) (N/A) -- Optional
- + SDOY -- Starting day of year (day of the year) -- Required
- Minimum: 1 Maximum: 366
- + Soilfp -- Soil file path (N/A) -- Required
- + SoilID -- Soil ID (N/A) -- Required
- Identifier (Insitute + Site + Year + Soil).
- + StationID -- Weather station ID (N/A) -- Required
- Weather station code.
- + SYear -- Starting year of simulation (N/A) -- Required
- Four-digit.
- + Title -- Title of this experiment (N/A) -- Required
- + Weatherfp -- Weather file path (N/A) -- Required
+ Table: Custom_Labels
- + Label1 -- An example of a custom label (Text) -- Optional
- + Label2 -- Another example of a custom label (Text) -- Optional
+ Table: EnvMod
-
Experiment level environmental modifications.
These describe environmental modifications based on calendar dates, independent of the current rotation component.
- + CO2Adj -- CO2 adjustment (ppm) -- Optional
-
Minimum: 0 Default: 330
- + CO2Fac -- CO2 adjustment factor (N/A) -- Optional
-
Default: R
A: Add
M: Multiply
R: Replace
S: Subtract
- + DayAdj -- Daylight adjustment (h) -- Optional
-
Minimum: 0 Maximum: 24 Default: 1
- + DayFac -- Daylight adjustment factor (N/A) -- Optional
-
Default: M
A: Add
M: Multiply
R: Replace
S: Subtract
- + DptAdj -- Dew point adjustment (degree C) -- Optional
- + DptFac -- Dew point adjustment factor (N/A) -- Optional
-
A:
Add
M: Multiply
R: Replace
S: Subtract
- + DOY -- Day of year of env. modif. (day of the year) -- Required
- Minimum: 1 Maximum: 366
- + PrcAdj -- Precipitation adjustment (mm) -- Optional
-
Minimum: 0 Default: 1
- + PrcFac -- Precip. adjustment factor (N/A) -- Optional
-
Default: M
A: Add
M: Multiply
R: Replace
S: Subtract
- + RadAdj -- Radiation adjustment (MJ m^-2 d^-1) -- Optional
-
Minimum: 0 Default: 1
- + RadFac -- Radiation adjustment factor (N/A) -- Optional
-
Default: M
A: Add
M: Multiply
R: Replace
S: Subtract
- + TnAdj -- Temperature (min.) adjustment (degree C) -- Optional
-
Minimum: 0 Default: 0
- + TnFac -- Temperature (min.) adj. factor (N/A) -- Optional
-
Default: A
A: Add
M: Multiply
R: Replace
S: Subtract
- + TxAdj -- Temperature (max.) adjustment (degree C) -- Optional
-
Minimum: 0 Default: 0
- + TxFac -- Temperature (max.) adj. factor (N/A) -- Optional
-
A:
Add
M: Multiply
R: Replace
S: Subtract
- + WndAdj -- Wind adjustment (km d^-1) -- Optional
- Minimum: 0
- + WndFac -- Wind adjustment factor (N/A) -- Optional
-
A:
Add
M: Multiply
R: Replace
S: Subtract
- + Year -- Year of environmental modif. (N/A) -- Required
+ Table: Experiments_Notes
- + Notes -- Freeform notes about experiment (N/A) -- Optional
+ Table: Mgt_InitialCond
- + DOY -- Day of year of soil analysis (day of the year) -- Required
- If needed.
Minimum: 1 Maximum: 366 - + EfInoc -- Rhizobia number, scaled (unitless) -- Not Used
-
Minimum: 0 Maximum: 1 Default: 1
- + EfNFix -- Rhizobia effectiveness, scaled (unitless) -- Not Used
-
Minimum: 0 Maximum: 1 Default: 1
- + FlDD -- Initial drain depth (cm) -- Not Used
- + KnDnFrac -- Knock-down fraction (kg kg^-1) -- Optional
- Fraction of initial above ground residue that is fallen vs. standing. Used only when previous crop was no-till.
Minimum: 0 Maximum: 1 Default: 1
- + PrCrop -- Previous crop code (N/A) -- Optional
- Two-character crop code.
AL: Alfalfa
AR: Aroid
BA: Barley
BN: Dry bean
BW: Broad leaf weed
CO: Cotton
CS: Cassava
FA: Fallow
GW: Grass weed
ML: Pearl millet
MZ: Maize
NC: Not a Crop
PN: Peanut
PT: Potato
RI: Rice
SB: Soybean
SC: Sugar cane
SG: Grain sorghum
SQ: Crop sequence
ST: Shrubs/Tree
WH: Wheat
- + SFDrn -- Initial drain spacing (m) -- Not Used
- + TDep -- Tillage depth (cm) -- Optional
- Tillage depth that was used in the previous crop. If previous crop was no-till, enter -99. Ignored if TImpl is blank.
Minimum: 0 - + TImpl -- Tillage implement code (N/A) -- Optional
- Tillage implement that was used in the previous crop. If previous crop was no-till, leave blank.
TI000: Undefined Implement
TI002: Tandem disk
TI003: Offset disk
TI004: Oneway disk
TI005: Moldboard plow
TI006: Chisel plow
TI007: Disk plow
TI008: Subsoiler
TI009: Breeder/lister
TI010: Field cultivator
TI011: Row crop cultivator
TI012: Harrow-springtooth
TI013: Harrow-spike
TI014: Rotary hoe
TI015: Roto-tiller
TI016: Row crop planter
TI017: Drill
TI018: Shredder
TI019: Hoe
TI020: Planting stick
TI021: Animal-drawn implement
TI022: Hand
TI023: Manual hoeing
- + WResAG -- Weight of aboveground residue (kg ha^-1) -- Required
- Above ground residue weight from previous crop.
Minimum: 0 - + WResNd -- Nodule wt. from previous crop (kg ha^-1) -- Not Used
- Minimum: 0
- + WResR -- Root weight from previous crop (kg ha^-1) -- Required
- Minimum: 0
- + Year -- Year of soil analysis (N/A) -- Required
- If needed, four-digits.
+ Table: Layer
- + DLayrI -- Depth to bottom of the layer (cm) -- Required
- Minimum: 0
- + INinorg -- Initial soil inorganic N (g elemental N Mg^-1 soil) -- Optional
- Minimum: 0
- + P_ActIno -- Initial active inorganic P (g elemental P Mg^-1 soil) -- Optional
- Minimum: 0
- + P_Labile -- Initial labile P (g elemental P Mg^-1 soil) -- Optional
- P that can be readily absorbed by plants.
Minimum: 0 - + P_SloIno -- Initial slow inorganic P (g elemental P Mg^-1 soil) -- Optional
- Minimum: 0
- + SWInit -- Initial soil water content (m^3 m^-3) -- Optional
- Minimum: 0 Maximum: 0.8
- + TotP -- Initial total soil P (g elemental P Mg^-1 soil) -- Not Used
- Presently not used by the model.
Minimum: 0
+ Table: Measured_Data
- + FieldName -- Variable name (same as in output files) (N/A) -- Required
-
For layered variables use variable_name(layer) using the pre-calculated depths
(0-2, 2-7, 7-15, 15-26, 26-40, 40-57, 57-77, 77-100, 100-125, 125-150, 150-175, 175-200)
- + Value -- Value of the measured data (various) -- Required
- + Date -- Date of measurement (N/A) -- Required
-
YYYY-MM-DD
Default: YYYY-MM-DD
+ Table: Measured_Data_Notes
- + Notes -- Freeform notes about measured data (N/A) -- Required
+ Table: Rotation_Components
+ Table: Component
- + IEnvI -- Environmental Mod. Management (N/A) -- Required
- Environmental Modification Management [(N)o environmental modification, (R)eported Date, reported (D)ays after planting, or day of the (Y)ear].
D: Days after Planting
N: No Environmental Modification
R: Reported Date
Y: Reported Day of the year
- + IferI -- Fertilizer management (N/A) -- Required
- Fertilizer management [(A)uto, (N)o Fertilizer, Auto with (F)ixed amount, (R)eported Date, rported (D)ays after planting, or day of the (Y)ear].
A: Automatic
D: Days after planting
F: Automatic with fixed amount
N: Not Fertilized
R: Reported Date
Y: Reported Day of Year
- + IHarI -- Harvest management (N/A) -- Required
- Harvest management [(A)uto; auto at (G)rowth stages, at (M)aturity, or Top (W)eight (R)eported Date, reported (D)ays after planting, or day of the (Y)ear].
A: Automatic
D: Days after Planting
G: At Growth Stages
M: At Maturity
O: At maturity Or reported date, which ever happens first
R: Reported Date
W: Harvest when crop reaches given weight
Y: Reported Day of Year
- + IPerenHarI -- Perennial Harvest management (N/A) -- Required
- Management for non-final harvesting of crops [(A)uto; auto at (G)rowth stages, at (M)aturity, or Top (W)eight (R)eported Date, reported (D)ays after planting, or day of the (Y)ear].
A: Automatic
D: Days after Planting
G: At Growth Stages
M: At Maturity
R: Reported Date
W: Harvest when crop reaches given weight
Y: Reported Day of Year
- + IIrrI -- Irrigation management (N/A) -- Required
- Irrigation management [(A)uto, (N)ot Irrigated, Auto with (F)ixed amount, (R)eported Date, reported (D)ays after planting, or day of the (Y)ear].
A: Automatic and refill profile
D: Days after planting or day of year
F: Automatic with fixed amount
N: Not irrigated
R: Reported Date
Y: Reported Day of Year
- + IPltI -- Planting/transplant management (N/A) -- Required
- Planting/Transplant management [(A)uto or (R)eported Date].
A: Automatic
N: Not applicable
R: Reported Date
Y: Reported Day of Year
- + IResI -- External residue management (N/A) -- Required
- Residue management [(A)uto for crop sequence, (N)o residue, (R)eported Date, reported (D)ays after planting, or day of the (Y)ear]. This is for residue brought in by the grower, not the left over material from previous crop.
A: Automatic
D: Days after planting or day of year
N: No Residue Applications
R: Reported Date
Y: Reported Day of Year
- + ITilI -- Tillage management (N/A) -- Required
- Tillage management [(A)uto for crop sequence, (N)o tillage, (R)eported Date, reported (D)ays after planting, or day of the (Y)ear].
A: Automatic
D: Days after planting
N: No tillage
R: Reported Date
Y: Reported Day of Year
- + OrderNum -- Order of the treatment (N/A) -- Required
- Order of the treatment (1, 2, 3...).
Minimum: 1 - + Repeat -- # times to repeat component (N/A) -- Optional
- Number of times to repeat this treatment before moving on to the next one
Minimum: 1 Default: 1
- + RcID -- Unique ID for rotation compon. (N/A) -- Required
- + Title -- Rotation component title (N/A) -- Required
- + UseOnce -- Only use this componet one time (N/A) -- Optional
- Use a rotation component one time and drop it from reusing later in the rotation (for spin-up)
Default: N
Y: Yes, use only once
Y: No, treat as normal component
+ Table: Mgt_Chemical_App
- + ChAmt -- Chemical application amount (kg ha^-1) -- Optional
- Minimum: 0
- + ChCod -- Chemical material code (N/A) -- Optional
- Not used in current version.
CH001: Alachlor (Lasso), Metolachlor (Dual) [Herbicide]
CH002: Propanil (Herbicide]
CH003: Trifluralin [Herbicide]
CH004: Dalapon (Herbicide]
CH005: MCPA [Herbicide]
CH006: 2,4-D [Herbicide]
CH007: 2,4,5-T [Herbicide]
CH008: Pendimethalin [Herbicide]
CH009: Atrazine [Herbicide]
CH010: Diquat [Herbicide]
CH011: Paraquat [Herbicide]
CH021: Carbaryl, Sevin, Septene [Insecticide]
CH022: Malathion, Mercaptothion [Insecticide]
CH023: Naled [Insecticide]
CH024: Disiethoate [Insecticide]
CH025: Fention [Insecticide]
CH026: Diazinon, Basudin [Insecticide]
CH027: Ethion, Diethion [Insecticide]
CH028: Oxydemeton-Methyl [Insecticide]
CH029: Azinphos-Methyl [Insecticide]
CH030: Phoaphamidon [Insecticide]
CH031: Mevinphosl [Insecticide]
CH032: Methyl Parathion [Insecticide]
CH033: Parathion [Insecticide]
CH034: DDT [Insecticide]
CH035: BHC, HCH [Insecticide]
CH036: Chlordane [Insecticide]
CH037: Heptachior [Insecticide]
CH038: Toxaphene [Insecticide]
CH039: Aldrin [Insecticide]
CH040: Dieldrin [Insecticide]
CH041: Endrin, Nendrin [Insecticide]
CH042: Methomyl, Lannat [Insecticide]
CH043: Thiotex [Insecticide]
CH044: Furadan [Insecticide]
CH045: Endosulfan [Insecticide]
CH051: Captan [Fungicide]
CH052: Benomyl [Fungicide]
CH053: Zineb [Fungicide]
CH054: Maneb [Fungicide]
CH055: Mancozeb [Fungicide]
CH056: Tilt [Fungicide]
CH057: Rhizobium (for legume crops)
- + ChDep -- Chemical application depth (cm) -- Optional
- Not used in current version.
Minimum: 0 - + ChMet -- Chemical application method (N/A) -- Optional
- Not used in current version.
AP000: Applied when required - no shortage
AP001: Broadcast, not incorporated
AP002: Broadcast, incorporated
AP003: Banded on surface
AP004: Banded beneath surface
AP005: Applied in irrigation water
AP006: Foliar spray
AP007: Bottom of hole
AP008: On the seed
AP009: Injected
AP011: Brodcast on flooded/saturated soil, none in soil
AP012: Brodcast on flooded/saturated soil, 15% in soil
AP013: Brodcast on flooded/saturated soil, 30% in soil
AP014: Brodcast on flooded/saturated soil, 45% in soil
AP015: Brodcast on flooded/saturated soil, 60% in soil
AP016: Broadcast on flooded/saturated soil, 75% in soil
AP017: Brodcast on flooded/saturated soil, 90% in soil
AP018: Band on saturated soil, 2cm flood, 92% in soil
AP019: Deeply placed urea super granules/pellets, 95% in
AP020: Deeply placed urea super granules/pellets, 100% in
- + ChT -- Chemical targets (N/A) -- Optional
- Not used in current version.
- + DAP -- Days after planting for chem. (d) -- Optional
- Not used in current version.
- + DOY -- Day of year of chem. event (day of the year) -- Optional
- Not used in current version.
Minimum: 1 Maximum: 366 - + Year -- Year of chemical event (N/A) -- Optional
- Not used in current version.
+ Table: Mgt_EnvMod_App
- + CO2Adj -- CO2 adjustment (ppm) -- Optional
-
Minimum: 0 Default: 330
- + CO2Fac -- CO2 adjustment factor (N/A) -- Optional
-
Default: R
A: Add
M: Multiply
R: Replace
S: Subtract
- + DAP -- Days after planting for modif. (d) -- Optional
- If needed.
- + DayAdj -- Daylight adjustment (h) -- Optional
-
Minimum: 0 Maximum: 24 Default: 1
- + DayFac -- Daylight adjustment factor (N/A) -- Optional
-
Default: M
A: Add
M: Multiply
R: Replace
S: Subtract
- + DOY -- Day of year of env. modif. (day of the year) -- Optional
- If needed.
Minimum: 1 Maximum: 366 - + DptAdj -- Dew point adjustment (degree C) -- Optional
- + DptFac -- Dew point adjustment factor (N/A) -- Optional
-
A:
Add
M: Multiply
R: Replace
S: Subtract
- + PrcAdj -- Precipitation adjustment (mm) -- Optional
-
Minimum: 0 Default: 1
- + PrcFac -- Precip. adjustment factor (N/A) -- Optional
-
Default: M
A: Add
M: Multiply
R: Replace
S: Subtract
- + RadAdj -- Radiation adjustment (MJ m^-2 d^-1) -- Optional
-
Minimum: 0 Default: 1
- + RadFac -- Radiation adjustment factor (N/A) -- Optional
-
Default: M
A: Add
M: Multiply
R: Replace
S: Subtract
- + TnAdj -- Temperature (min.) adjustment (degree C) -- Optional
-
Minimum: 0 Default: 0
- + TnFac -- Temperature (min.) adj. factor (N/A) -- Optional
-
Default: A
A: Add
M: Multiply
R: Replace
S: Subtract
- + TxAdj -- Temperature (max.) adjustment (degree C) -- Optional
-
Minimum: 0 Default: 0
- + TxFac -- Temperature (max.) adj. factor (N/A) -- Optional
-
A:
Add
M: Multiply
R: Replace
S: Subtract
- + WndAdj -- Wind adjustment (km d^-1) -- Optional
- Minimum: 0
- + WndFac -- Wind adjustment factor (N/A) -- Optional
-
A:
Add
M: Multiply
R: Replace
S: Subtract
- + Year -- Year of environmental modif. (N/A) -- Optional
- If needed.
+ Table: Mgt_Fertilizer_App
- + ACFer -- Ca in applied fertilizer (kg ha^-1) -- Not Used
- Minimum: 0
- + ACrbFer -- C in applied fertilizer (kg ha^-1) -- Optional
- Minimum: 0
- + AKFer -- K in applied fertilizer (kg ha^-1) -- Not Used
- Minimum: 0
- + ANFer -- N in applied fertilizer (kg ha^-1) -- Optional
- Minimum: 0
- + AOFer -- Other elements in appl. fert. (kg ha^-1) -- Not Used
- Minimum: 0
- + APFer -- P in applied fertilizer (kg ha^-1) -- Optional
- Minimum: 0
- + DAP -- Days after planting for fert. (d) -- Optional
- If needed.
- + DFert -- Fertilizer depth (cm) -- Required
- Fertilizer application/placement depth.
Minimum: 0 - + DOY -- Day of year of fert. event (day of the year) -- Optional
- If needed.
Minimum: 1 Maximum: 366 - + FerCode -- Fertilizer code (N/A) -- Not Used
- Fertilizer application/placement code.
AP000: Applied when required - no shortage
AP001: Broadcast, not incorporated
AP002: Broadcast, incorporated
AP003: Banded on surface
AP004: Banded beneath surface
AP005: Applied in irrigation water
AP006: Foliar spray
AP007: Bottom of hole
AP008: On the seed
AP009: Injected
AP011: Brodcast on flooded/saturated soil, none in soil
AP012: Brodcast on flooded/saturated soil, 15% in soil
AP013: Brodcast on flooded/saturated soil, 30% in soil
AP014: Brodcast on flooded/saturated soil, 45% in soil
AP015: Brodcast on flooded/saturated soil, 60% in soil
AP016: Brodcast on flooded/saturated soil, 75% in soil
AP017: Brodcast on flooded/saturated soil, 90% in soil
AP018: Band on saturated soil, 2cm flood, 92% in soil
AP019: Deeply placed urea super granules/pellets, 95% in
AP020: Deeply placed urea super granules/pellets, 100% in
- + FerDecRt -- Fertilizer decomposition rate (d^-1) -- Required
- Fertilizer decomposition rate constant under optimum conditions. If set to <= 0.0 (or not used) the value will default to the value into global (GDB) file for that fertilizer type.
Minimum: 0 Maximum: 1 Default: FerDecRt value in GDB file
- + FInP -- Fertilizer incorporation perc. (%) -- Required
- Minimum: 0 Maximum: 100
- + FOCod -- Other element code (N/A) -- Not Used
- Not currently used.
- + IFType -- Fertilizer material code (N/A) -- Required
-
FE001:
Ammonium nitrate
FE002: Ammonium sulfate
FE003: Ammonium-nitrate-sulfate
FE004: Anhydrous ammonia
FE005: Urea
FE006: Diammoium phosphate
FE007: Monoammonium phosphate
FE008: Calcium nitrate
FE009: Aqua ammonia
FE010: Urea ammonium nitrate solution
FE011: Calcium ammonium nitrate solution
FE012: Ammonium polyphosphate
FE013: Single superphosphate
FE014: Triple superphosphate
FE015: Liquid phosphoric acid
FE016: Potassium chloride
FE017: Potassium nitrate
FE018: Potassium sulfate
FE019: Urea super granules
FE020: Dolomitic limestone
FE021: Rock Phosphate
FE022: Calceitic limestone
FE023: Unknown
FE024: Rhizobium
FE025: Unknown
FE026: Calcium hydroxide
FE027: Unknown
FE028: Unknown
FE029: Unknown
FE030: Unknown
NOCOD: Unknown
- + VolN -- Volatile N (%) -- Required
- Percent of total N that can readily volatilize if surface-applied.
Minimum: 0 Maximum: 100 - + VolNRate -- Volatile N loss rate (d^-1) -- Required
- Rate constant for loss of N that can readily volatilize if surface-applied.
Minimum: 0 Maximum: 1 - + Year -- Year of fertilizer event (N/A) -- Optional
- If needed, four-digits.
+ Table: Mgt_Fertilizer_Auto
- + DSoilN -- Application depth (cm) -- Required
- Minimum: 0
- + NCode -- Material code (N/A) -- Required
-
FE001:
Ammonium nitrate
FE002: Ammonium sulfate
FE003: Ammonium-nitrate-sulfate
FE004: Anhydrous ammonia
FE005: Urea
FE006: Diammonium phosphate
FE007: Monoammonium phosphate
FE008: Calcium nitrate
FE009: Aqua ammonia
FE010: Urea ammonium nitrate solution
FE011: Calcium ammonium nitrate solution
FE012: Ammonium polyphosphate
FE013: Single superphosphate
FE014: Triple superphosphate
FE015: Liquid phosphoric acid
FE016: Potassium chloride
FE017: Potassium nitrate
FE018: Potassium sulfate
FE019: Urea super granules
FE020: Dolomitic limestone
FE021: Rock Phosphate
FE022: Calceitic limestone
FE023: Unknown
FE024: Rhizobium
FE025: Unknown
FE026: Calcium hydroxide
FE027: Unknown
FE028: Unknown
FE029: Unknown
FE030: Unknown
NOCOD: Unknown
- + NEnd -- End of appl., growth stage (N/A) -- Optional
- End of applications, growth stage.
0: Until emergence
1: Until induction (WH,BA incl. vern. Others incl. juv.)
2: Until end of veg. growth (last leaf stops expanding)
3: Until ear stops growing
4: Until maturity
- + SoilNC -- Threshold, N stress factor (%) -- Required
- Minimum: 0 Maximum: 100
- + SoilNX -- Amount per application (kg N ha^-1) -- Required
- Minimum: 0
+ Table: Mgt_Harvest_App
-
This section is needed if IHarI = D, M, O, R, or Y
- + DAP -- Days after planting for harv. (d) -- Optional
- If needed.
- + DOY -- Day of year of harvest event (day of the year) -- Optional
- If needed.
Minimum: 1 Maximum: 366 - + HBmin -- HBmin-- Not Used
- + HBPc -- Percent of byproduct harvested (%) -- Optional
- Minimum: 0 Maximum: 100
- + HCom -- Harvest component code (N/A) -- Not Used
-
Default: H
C: Canopy
H: Harvest Product
L: Leaves
- + HKnDnPc -- Harvest knock-down percent (%) -- Optional
- Percent of stalk/leaves knocked down at harvest.
Minimum: 0 Maximum: 100 Default: 0
- + HPc -- Harvest percentage (%) -- Optional
-
Minimum: 0 Maximum: 100 Default: 100
- + HSiz -- Harvest size group code (N/A) -- Not Used
-
Default: A
A: All
L: Large - greater than 2/3 full size
M: Medium - from 1/3 to 2/3 full size
S: Small - less than 1/3 full size
- + HStg -- Harvest stage code (N/A) -- Not Used
- + Year -- Year of harvest event (N/A) -- Optional
- If needed, four-digits.
+ Table: Mgt_Harvest_Auto
- + HDlay -- Earliest, days after maturity (d) -- Optional
- Minimum: 0
- + HLDOY -- Day of year for end of harvest (day of the year) -- Required
- Day of year for end of harvest window.
Minimum: 1 Maximum: 366 - + HLYear -- Year for end of harvest window (N/A) -- Required
- + HPP -- Percent of product harvested (%) -- Required
-
Minimum: 0 Maximum: 100 Default: 100
- + HRP -- Percent of residue harvested (%) -- Required
-
Minimum: 0 Maximum: 100 Default: 0
- + HTopW -- Top weight to trigger harvest (kg/ha) -- Optional
- Only needed when IharI = "W"
Minimum: 0 Default: 0
+ Table: Mgt_Irrigation_App
- + Amt -- Irrigation amount (mm or mm d^-1) -- Required
- Irrigation amount, depth of water/water table, bund height, or percolation rate.
Minimum: 0 - + DitchBottomWidth -- Width of the bottom of the drainage ditch (m) -- Optional
- Used for Controlled Drainage
Minimum: 0 - + DitchDepth -- Depth of drainage ditch (m) -- Optional
- Used for Controlled Drainage
Minimum: 0 - + DitchLength -- Length of drainage ditch (cm) -- Optional
- Used for Controlled Drainage
Minimum: 0 - + DitchTopWidth -- Width of the top of the drainage ditch (cm) -- Optional
- Used for Controlled Drainage
Minimum: 0 - + DAP -- Days after planting for irrig. (d) -- Optional
- If needed.
- + DFDrn -- Drainage type (N/A) -- Not Used
-
DR00:
No drainage
DR01: Ditches
DR02: Sub-surface tiles
DR03: Surface furrows
- + DOY -- Day of year of irr. event (day of the year) -- Optional
- If needed.
Minimum: 1 Maximum: 366 - + FLDD -- Depth to Drain (cm) -- Optional
- Used for Controlled Drainage
Minimum: 0 - + HeightDrainPipe -- Height of Drainage Pipes (cm) -- Optional
- Measured from the bottom of the ditch. Used for Controlled Drainage
Minimum: 0 - + IrrCod -- Irrigation operation code (N/A) -- Required
-
IR001:
Furrow
IR002: Alternating furrows
IR003: Flood
IR004: Sprinkler
IR005: Drip or trickle
IR006: Flood Depth
IR007: Water table depth
IR008: Percolation rate (mm/day)
IR009: Bund height
IR010: Puddling Switch (Amt = 0 => Yes or Amt = 1 => No)
IR011: Set Flood Water Height
MSU10: Drainage through pipes (mm/day)
MSU11: Managed water table depth
MSU12: Set controlled drainage parameters
- + SFDrn -- Drain spacing (m) -- Not Used
- Minimum: 0
- + SurfAreaPlot -- Surface area of plot (m^2) -- Optional
- Used for Controlled Drainage
Minimum: 0 - + TDCoeff -- Tile Drainage Coefficient (unitless) -- Optional
- Used for Controlled Drainage
Minimum: 0 - + Year -- Year of irrigation event (N/A) -- Optional
- If needed, four-digits.
+ Table: Mgt_Irrigation_Auto
- + AIrAm -- Amount per irrigation if fixed (mm) -- Optional
- Minimum: 0
- + DSoil -- Management depth for irrig. (cm) -- Required
- Management depth for automatic application.
Minimum: 0 - + EffIrr -- Irrigation appl. efficiency (unitless) -- Not Used
- Minimum: 0 Maximum: 1
- + IAMe -- Method for automatic appl. (N/A) -- Required
- Method for automatic applications, code.
IR001: Furrow
IR002: Alternating furrows
IR003: Flood
IR004: Sprinkler
IR005: Drip or trickle
IR006: Flood Depth
IR007: Water table depth
IR008: Percolation rate (mm/day)
IR009: Bund height
MSU10: Drainage through pipes (mm/day)
MSU11: Managed water table depth
- + IEPt -- End point for automatic appl. (% of max. available w.) -- Optional
- Minimum: 0 Maximum: 100
- + IOff -- End of appl., growth stage (N/A) -- Not Used
- End of applications, growth stage.
- + ThetaC -- Threshold for automatic appl. (% of max. available w.) -- Required
- Minimum: 0 Maximum: 100
+ Table: Mgt_PerenHarv_App
- + DAP -- Days after planting for harv. (d) -- Optional
- If needed.
- + DOY -- Day of year of harvest event (day of the year) -- Optional
- If needed.
Minimum: 1 Maximum: 366 - + HKnDnPc -- Harvest knock-down percent (%) -- Optional
- Percent of stalk/leaves knocked down at harvest.
Minimum: 0 Maximum: 100 Default: 0
- + HLiveRemainBio -- Fixed amount of biomass left (kg ha-1) -- Optional
- Fixed amount of biomass CWAD to keep alive during a harvest. Only used if if HLiveRemainPC is blank/invalid.
Minimum: 0 Default: 0.0
- + HLiveRemainPc -- Percent live plant remaining (%) -- Optional
- Percent of CWAD to keep alive during a harvest. Also how much relative thermal to keep.
Minimum: 1 Maximum: 100 Default: 1
- + HPc -- Harvest percentage (%) -- Optional
-
Minimum: 0 Maximum: 100 Default: 100
- + Year -- Year of harvest event (N/A) -- Optional
- If needed, four-digits.
+ Table: Mgt_Planting
- + ATemp -- Temp. of transplant environ. (degree C) -- Not Used
- + AziR -- Row direction (degrees from N) -- Not Used
- Minimum: 0 Maximum: 180
- + CropMod -- Crop model to be used (N/A) -- Required
-
C:
Complex
I: Intermediate -- Under development
S: Simple
- + CultivarID -- Cultivar code (N/A) -- Optional
- Only needed for Complex crop model
- + DOY -- Day of year of planting (day of the year) -- Optional
- Only needed if the planting management is set to R or Y
Minimum: 1 Maximum: 366 - + EDOY -- Day of year of emergence (day of the year) -- Not Used
- Minimum: 1 Maximum: 366
- + EYear -- Year of emergence (N/A) -- Not Used
- + PlDs -- Planting distribution (N/A) -- Not Used
- Planting distribution, row (R), broadcast (B) or hill (H).
B: Broadcast
H: Hill
R: Rows
U: Uniform
- + PlMe -- Planting method (N/A) -- Not Used
- Planting method, Transplant (T), seed (S), pregerminated seed (P) or nursery (N).
N: Nursery
P: Pregerminated Seed
S: Seed
T: Transplant
- + PlPH -- Plants per hill (plants hill^-1) -- Not Used
- Minimum: 0
- + Ppoe -- Plant population at emergence (plants m^-2) -- Not Used
- Minimum: 0
- + Ppop -- Plant population at seeding (plants m^-2) -- Required
- Minimum: 0
- + RowSpc -- Row spacing (cm) -- Required
- Minimum: 0
- + SdAge -- Transplant age (d) -- Not Used
- Not currently used.
Minimum: 0 - + SDepth -- Planting depth (cm) -- Required
- Minimum: 0
- + SdWtPl -- Planting material, dry weight (kg ha^-1) -- Not Used
- Minimum: 0
- + SpeciesID -- Species Identifier (N/A) -- Required
- Formerly restricted to two characters
- + SubspeciesID -- subspecies code (N/A) -- Optional
- Optionally used by the simple crop model
- + Year -- Year of planting (N/A) -- Optional
- If needed (planting on reported date), four-digits.
+ Table: Mgt_Planting_Auto
- + FDOY -- Day of year pla. window begins (day of the year) -- Required
- Day of year for beginning of planting window.
Minimum: 1 Maximum: 366 - + FYear -- Year window begins (N/A) -- Required
- Year for beginning of planting window.
- + LDOY -- Day of year pla. window ends (day of the year) -- Required
- Day of year for end of planting window.
Minimum: 1 Maximum: 366 - + LYear -- Year window ends (N/A) -- Required
- Year for end of planting window.
- + PTTn -- Min. soil temperature (degree C) -- Required
- Minimum soil temperature (10 cm average).
- + PTx -- Max. soil temperature (degree C) -- Required
- Maximum soil temperature (10 cm average).
- + SwPltD -- Management depth for water (cm) -- Required
- Minimum: 0
- + SwPltH -- Uppermost soil water content (%) -- Required
- Minimum: 0 Maximum: 100
- + SwPltL -- Lowermost soil water content (%) -- Required
- Minimum: 0 Maximum: 100
+ Table: Mgt_Residue_App
- + DAP -- Days after planting for resid. (d) -- Optional
- If needed.
- + DepRes -- Residue incorporation depth (cm) -- Required
- Minimum: 0
- + DOY -- Day of year of res. app. event (day of the year) -- Optional
- If needed.
Minimum: 1 Maximum: 366 - + ResC -- C content of residues, dry wt. (%) -- Required
- Minimum: 0 Maximum: 100
- + ResCode -- Residue material, code (N/A) -- Required
-
RE001:
Crop residue
RE002: Green manure/Compost
RE003: Barnyard manure
RE004: Liquid manure
- + Residue -- Residue amount, dry wt. (kg ha^-1) -- Required
- Minimum: 0
- + ResK -- K content of residues, dry wt. (%) -- Not Used
- Minimum: 0 Maximum: 100
- + ResN -- N content of residues, dry wt. (%) -- Required
- Minimum: 0 Maximum: 100
- + ResP -- P content of residues, dry wt. (%) -- Optional
- Minimum: 0 Maximum: 100
- + RInP -- Residue incorporation percent (%) -- Required
- Minimum: 0 Maximum: 100
- + Year -- Year of residue event (N/A) -- Optional
- If needed, four-digits.
+ Table: Mgt_Residue_Auto
- + DResMG -- Incorporation depth (cm) -- Optional
- If needed.
Minimum: 0 - + NResDL -- Incorp. time after harvest (d) -- Not Used
- Minimum: 0
- + RIP -- Incorp. percent,% of remaining (%) -- Required
- Minimum: 0 Maximum: 100
+ Table: Mgt_SoilAnalysis
- + DOY -- Day of year of soil analysis (day of the year) -- Optional
- If needed.
Minimum: 1 Maximum: 366 - + SMHB -- pH in buffer method (pH units) -- Optional
- pH in buffer determination method, code.
- + SMKE -- K method (N/A) -- Optional
- Potassium determination method, code.
SA001: Olsen
SA002: Bray No. 1
SA003: Bray No. 2
SA004: Mehlich
SA005: Anion exchange resin
SA006: Truog
SA007: Double acid
SA008: Colwell
SA009: Water
SA010: IFDC Pi strip
- + SMPX -- P method (N/A) -- Optional
- Phosphorus determination method, code.
- + Year -- Year of soil analysis (N/A) -- Optional
- If needed, four-digits.
+ Table: Mgt_SoilAnalysis_Lay
- + SABL -- Depth, base of layer (cm) -- Optional
- Minimum: 0
- + SADM -- Bulk density (Mg m^-3) -- Optional
- Minimum: 0 Maximum: 2.65
- + SAKE -- K, exchangeable (cmol kg^-1) -- Optional
- Minimum: 0
- + SANI -- Total N content (g kg^-1) -- Optional
- Minimum: 0
- + SAOC -- Organic C content (g kg^-1) -- Optional
- Minimum: 0
- + SApHB -- pH in buffer (pH units) -- Optional
- + SApHW -- pH in water (pH units) -- Optional
- + SAPX -- P, extractable (mg kg^-1) -- Optional
- Minimum: 0
+ Table: Mgt_Tillage_App
- + DAP -- Days after planting for till. (d) -- Optional
- If needed.
- + DOY -- Day of year of tillage event (day of the year) -- Optional
- If needed.
Minimum: 1 Maximum: 366 - + TDep -- Tillage depth (cm) -- Required
- Minimum: 0
- + TImpl -- Tillage implement code (N/A) -- Required
-
TI000:
Undefined Implement
TI002: Tandem disk
TI003: Offset disk
TI004: Oneway disk
TI005: Moldboard plow
TI006: Chisel plow
TI007: Disk plow
TI008: Subsoiler
TI009: Breeder/lister
TI010: Field cultivator
TI011: Row crop cultivator
TI012: Harrow-springtooth
TI013: Harrow-spike
TI014: Rotary hoe
TI015: Roto-tiller
TI016: Row crop planter
TI017: Drill
TI018: Shredder
TI019: Hoe
TI020: Planting stick
TI021: Animal-drawn implement
TI022: Hand
TI023: Manual hoeing
SHF_Juv: Fake code to tell program to use the standard soil hospitality factor (SHF)
SHF_Mat: Fake code to tell program to use the mature/perperennial soil hospitality factor (SHF_Mat)
- + Year -- Year of tillage event (N/A) -- Optional
- If needed, four-digits.
-
Version: X_1.0 -
03/11/2014
Automatically converted from Access DB by salus_access2xml program.