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You can copy this sample file to create your own soilpF soil file. Just change the values, then copy and paste as an ordinary text file.
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* Template soil data file for SOILPF soil water balance model. *
* File name : SOILPFIN.DAT *
* *
**********************************************************************
* Give code name of soil data file to match the water balance PFSOIL:
SCODE = 'SOILPF'
*---------------------------------------------------------------*
* 1. Soil moisture tension
* Tension data in kPa as function of development stage (DVS) or
* tension data in kPa as function of day of year (DOY)
*---------------------------------------------------------------*
*STYPE = 'SDVS' ! Tension data in kPa as function of development stage (DVS)
STYPE = 'SDAY' ! Tension data in kPa as function of day (DOY)
* If STYPE = 'SDVS', give tension data as PFDVS table:
* first column is DVS (-), second column is tension (kPa)
PFDVS =
0., 10.,
0.8, 10.,
0.81, 0.,
1.20, 0.,
1.21, 10.,
2.5, 10.
* If STYPE = 'SDAY', give tension data as PFDAY table:
* first column is day (-), second column is tension (kPa)
PFDAY =
0., 100.,
50., 100.,
51., 100.,
365., 100.
*---------------------------------------------------------------*
* 2. Soil water retention curve
* These data will be used to calculate soil water content from
* the soil water tension data supplied above
*---------------------------------------------------------------*
* Soil water retention data as table PFCURVE
* first column is water content (m3 m-3), second column is tension (kPa)
* Note: first row should give values at saturation (0 kPa)
* Note: last row should give values at complete dryness (1500 kPa)
PFCURVE =
0., 0.52,
10., 0.48,
100., 0.21,
1500., 0.0001
*---------------------------------------------------------------
*3. SOIL PHYSIC PROPERTIES
*---------------------------------------------------------------
NL = 9 ! Number of soil layers (maximum is 10) (-)
TKL = 3*0.05, 3*0.05, 0.10, 0.20, 0.20 ! Thickness of each soil layer (m)
CLAYX = 0.55,0.55,0.55,0.55,0.53,0.5,3*0.45 ! soil clay contents, fraction
SANDX = 0.08,0.08,0.08,0.08,0.1,0.13,3*0.18 ! soil sand contents, fraction
BD = 1.17894,1.17894,1.17911,1.42734,1.2695,1.31061,3*1.37562 ! g/cm3
WL0I = 0. ! Initial ponded water depth at start of simulation (mm)
* Initial volumetric water content at the start of simulation,
* for each soil layer (m3 m-3):
WCLI = 3*0.52, 3*0.47, 2*0.52, 0.58
*---------------------------------------------------------------
*4. SOIL CHEMICAL PROPERTIES
*---------------------------------------------------------------
* Soil organic carbon and nitrogen content in kg C or N/ha
SOC = 31831.64999,31831.64999,20044.87,48529.56,8632.66799,2673.6648,280.62648,28.063,2.8063
SON = 2829.48,2829.48,1886.576,4567.488,812.4864,251.639039,26.411903,2.64, 0.264
SNH4X = 28.295,28.295,18.87,45.67,8.12,2.50,0.26,0.026,0.00264
SNO3X = 5.66,5.66,3.774,9.134,1.624,0.5,0.052,0.0052,0.00052
* Fresh organic carbon and nitrogen input at soil layers
*FORGANC =200.0,150.0,100.0,50.0,5*0.0 !Fresh organic residue carbon input from previous crop at kg C/ha
*FORGANN =4.0,3.0,2.0,1.0,5*0.0 !Fresh organic residue nitrogen input from previous crop at kg N/ha
* If the carbonhydrate and cellulose fractions are available in soil residue carbon input
* otherwise, the default values will be used
*FCarboh =
*FCellulo =
*RCarboh =
*RCellulo =
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