diff --git a/Malanta/recreation/Barley_4.crp b/Malanta/recreation/Barley_4.crp new file mode 100644 index 0000000000000000000000000000000000000000..a468daf297e9817214d0b66e9010b2f90c4e1030 --- /dev/null +++ b/Malanta/recreation/Barley_4.crp @@ -0,0 +1,313 @@ +********************************************************************************** +* Filename: Barley_4.CRP +* Contents: SWAP 4.X - Crop data of simple model +********************************************************************************** +* Comment area: barly parameters added, based on WheatS.crop/WheatS_NL_4.crp +* +********************************************************************************** + +*** PLANT GROWTH SECTION *** + +*********************************************************************************************** +* Part 1: Crop development + + IDEV = 1 ! length of crop cycle: 1 = fixed, 2 = variable + +* If fixed growth length (IDEV = 1), specify: + LCC = 130 ! Length of the crop cycle [1..366 days, I] *BARLEY SPECIFIC + +* If variable growth length (IDEV = 2), specify: + TSUMEA = 800.0 ! Temperature sum from emergence to anthesis [0..10000 C, R] *BARLEY SPECIFIC + TSUMAM = 750.0 ! Temperature sum from anthesis to maturity [0..10000 C, R] *BARLEY SPECIFIC + TBASE = 0.0 ! Start value of temperature sum [-10..30 C, R] +*********************************************************************************************** + +*********************************************************************************************** +* Part 2: Light extinction + + KDIF = 0.60 ! Extinction coefficient for diffuse visible light [0..2 -, R] *BARLEY SPECIFIC + KDIR = 1.0 ! Extinction coefficient for direct visible light [0..2 -, R] +*********************************************************************************************** + +*********************************************************************************************** +* Part 3: Leaf area index or soil cover fraction + + SWGC = 1 ! choice between LAI [=1] or soil cover fraction [=2] + +* If SWGC = 1, list leaf area index [0..12 ha/ha, R], as function of dev. stage [0..2 -,R]: +* If SWGC = 2, list soil cover fraction [0..1 m2/m2, R], as function of dev. stage [0..2 -,R]: + +* DVS LAI or SCF ( maximum 36 records) *BARLEY SPECIFIC LAI + GCTB = + 0.00 0.274 + 1.00 3.80 + 1.80 4.00 + 2.00 3.90 +* End of table +*********************************************************************************************** + +* Part 4: crop factor or crop height + + SWCF =2 ! choice between crop factor [=1] or crop height [=2] +* Choose crop factor if ETref is used, either from meteo input file (SWETR = 1) or with Penman-Monteith +* Choose crop height if Penman-Monteith should be used with actual crop height, albedo and resistance + +* If SWCF = 1, list crop factor CF [0.5..1.5, R], as function of dev. stage DVS [0..2 -,R]: +* If SWCF = 2, list crop height CH [0..1000 cm, R], as function of dev. stage DVS [0..2 -,R]: +* (maximum 36 records) + + DVS CH CF + 0.0 0.0 1.0 + 2.0 120.0 1.0 *BARLEY SPECIFIC CH +* End of table + +* If SWCF = 2, in addition to crop height list crop specific values for: + ALBEDO = 0.23 ! crop reflection coefficient [0..1.0 -, R] + RSC = 70.0 ! Minimum canopy resistance [0..10^6 s/m, R] + RSW = 0.0 ! Canopy resistance of intercepted water [0..10^6 s/m, R] + +*********************************************************************************************** + +*********************************************************************************************** +* Part 5: rooting depth + +* List rooting depth [0..1000 cm, R], as a function of development stage [0..2 -,R]: + +* DVS RD (maximum 36 records) + RDTB = + 0.00 10.0 + 2.00 130.0 *BARLEY SPECIFIC +* End of table +*********************************************************************************************** + +*********************************************************************************************** +* Part 6: yield response + +* List yield response factor [0..5 -,R], as function of development stage [0..2 -,R]: + +* DVS KY (maximum 36 records) + KYTB = + 0.00 1.00 + 2.00 1.00 +* End of table +*********************************************************************************************** + +*********************************************************************************************** +* Part 7: soil water extraction by plant roots +* + swroottyp = 1 ! Switch for type root water extraction [1,2 -, I] +* ! (1 = Feddes et al., 1978; 2 = De Jong van Lier et al., 2006) +* if swroottyp=1 then enter HLIM1 - ADCRL +* if swroottyp=2 then enter wiltpoint, rootradius, rootcoefa +* +* if swroottyp = 1, specify: + HLIM1 = 0.0 ! No water extraction at higher pressure heads, [-100..100 cm, R] + HLIM2U = -1.0 ! h below which optimum water extr. starts for top layer, [-1000..100 cm, R] + HLIM2L = -1.0 ! h below which optimum water extr. starts for sub layer, [-1000..100 cm, R] + HLIM3H = -500.0 ! h below which water uptake red. starts at high Tpot, [-10000..100 cm, R] + HLIM3L = -900.0 ! h below which water uptake red. starts at low Tpot, [-10000..100 cm, R] + HLIM4 = -16000.0 ! No water extraction at lower pressure heads, [-16000..100 cm, R] + ADCRH = 0.5 ! Level of high atmospheric demand, [0..5 cm/d, R] + ADCRL = 0.1 ! Level of low atmospheric demand, [0..5 cm/d, R] +* If SWROOTTYP = 2, specify: + WILTPOINT = -15000.0 ! Minimum pressure head at interface soil-root, [-1.0d6..-1.0d2, cm] + ROOTRADIUS = 0.05 ! Root radius, [0.0001..1 cm, R] + ROOTCOEFA = 0.53 ! Defines relative distance at which mean soil water content occurs, [0..1.0, R] + +*********************************************************************************************** + +*********************************************************************************************** +* Part 8: salt stress + +* only when solutes are simulated (SWSOLU=1 in SWP-file) + +* relation between ECsat and crop reduction + ECMAX = 6.0 ! ECsat level at which salt stress starts, [0..20 dS/m, R] + ECSLOP = 4.0 ! Decline of rootwater uptake above ECMAX [0..40 %/dS/m, R] + +* relation between concentration and ECsat + C2ECa = 1.492 ! coefficient a to convert concentration to EC [0.0..1000.0 -, R] + C2ECb = 1.0 ! exponent b to convert concentration to EC [0.0..10.0 -, R] +* Switch to enter factor f (SWC2ECF ) per profile or per soil layer/horizon [1,2 -, I] +* if SWC2ECF = 1 then enter one C2ECf-value for model profile +* if SWC2ECF = 2 then enter one C2ECf-value for each soil layer/horizon + SWC2ECF = 1 +* factor f to convert concentration to EC [0.0..10.0 -, R]; +* dependent on SWC2ECF one value for model profile or a value for each soil horizon + C2ECf = 1.0 +*********************************************************************************************** + +*********************************************************************************************** +* Part 9: interception + + SWINTER = 1 ! Switch for rainfall interception method: + ! 0 = No interception calculated + ! 1 = Agricultural crops (Von Hoyningen-Hune and Braden) + ! 2 = Closed forest canopies (Gash) + +* In case of interception method for agricultural crops (SWINTER = 1) specify: + COFAB = 0.25 ! Interception coefficient Von Hoyningen-Hune and Braden, [0..1 cm, R] + +* In case of interception method for closed forest canopies (SWINTER = 2) specify as function +* of time of the year T [0..366 d, R], maximum 36 records: +* PFREE = free throughfall coefficient, [0.d0..1.d0 -, R] +* PSTEM = stem flow coefficient, [0.d0..1.d0 -, R] +* SCANOPY = storage capacity of canopy, [0.d0..10.d0 cm, R] +* AVPREC = average rainfall intensity, [0.d0..100.d0 cm, R] +* AVEVAP = average evaporation intensity during rainfall from a wet canopy, [0.d0..10.d0 cm, R] + + T PFREE PSTEM SCANOPY AVPREC AVEVAP + 0.0 0.9 0.05 0.4 6.0 1.5 + 365.0 0.9 0.05 0.4 6.0 1.5 +* End of table +*********************************************************************************************** + +*********************************************************************************************** +* Part 10: Root density distribution and root growth + +* List relative root density [0..1 -, R], as function of rel. rooting depth [0..1 -, R]: + +* Rdepth Rdensity (maximum 11 records) + RDCTB = + 0.00 1.00 + 1.00 1.00 +* End of table +************************************************************************************ + + + +*** IRRIGATION SCHEDULING SECTION *** + +********************************************************************************** +* Part 1: General + + SCHEDULE = 0 ! Switch for application irrigation scheduling [Y=1, N=0] + +* If SCHEDULE = 0, no more information is required in this input file! +* If SCHEDULE = 1, continue .... + + STARTIRR = 30 3 ! Specify day and month after which irrigation scheduling is allowed [dd mm] + ENDIRR = 31 12 ! Specify day and month after which irrigation scheduling is NOT allowed [dd mm] + CIRRS = 0.0 ! solute concentration of scheduled irrig. water, [0..100 mg/cm3, R] + ISUAS = 1 ! Switch for type of irrigation method: + ! 0 = sprinkling irrigation + ! 1 = surface irrigation + +* Specify pressure head at field capacity +* required for timing options TCS = 2, 3, or 4 and depth option DCS = 1, else dummy + phFieldCapacity = -100.0 ! soil hydraulic pressure head [-1000.0 .. 0.0,cm, R] + +********************************************************************************** + + +********************************************************************************** +* Part 2: Irrigation time criteria + +*** Choose one of the following 5 timing options: + TCS = 1 ! Switch, timing criterion [1..6, I]] +! TCS = 1 : Daily Stress +! TCS = 2 : Depletion of Readily Available Water +! TCS = 3 : Depletion of Totally Available Water +! TCS = 4 : Depletion Water Amount +! TCS = 5 : Pressure head or moisture content +! TCS = 6 : Fixed weekly irrigation, rootzone to field capacity + + +*** Daily stress criterion (TCS = 1) +* If TCS = 1, specify mimimum of ratio actual/potential transpiration Trel [0..1, R], +* as function of development stage DVS_tc1 [0..2, R], maximum 7 records: + DVS_tc1 Trel + 0.0 0.95 + 2.0 0.95 +* End of table + + +*** Depletion of Readily Available Water (TCS = 2) +* If TCS = 2, specify minimal fraction of readily available water RAW [0..1, R], +* as function of development stage DVS_tc2 [0..2, R], maximum 7 records: + DVS_tc2 RAW + 0.0 0.95 + 2.0 0.95 +* End of table + + +*** Depletion of Totally Available Water (TCS = 3) +* If TCS = 3, specify minimal fraction of totally available water TAW [0..1, R], +* as function of development stage DVS_tc3 [0..2, R], maximum 7 records: + DVS_tc3 TAW + 0.0 0.50 + 2.0 0.50 +* End of table + + +*** Depletion Water Amount (TCS = 4) +* If TCS = 4, specify maximum amount of water depleted below field cap. DWA [0..500 mm, R], +* as function of development stage DVS_tc4 [0..2, R], maximum 7 records: + DVS_tc4 DWA + 0.0 40.0 + 2.0 40.0 +* End of table + + +*** Pressure head or Moisture content (TCS = 5) +* If TCS = 5, specify: + PHORMC = 0 ! Switch, use pressure head (PHORMC=0) or water content (PHORMC=1) + DCRIT = -30.0! Depth of the sensor [-100..0 cm, R] +* Also specify critical pressure head [-1.d6..-100 cm, R] or moisture content +* [0..1.0 cm3/cm3, R], as function of development stage DVS_tc5 [0..2, R]: + DVS_tc5 Value_tc5 + 0.0 -1000.0 + 2.0 -1000.0 +* End of table + + +*** Fixed weekly irrigation, rootzone to field capacity (TCS = 6) +* If TCS = 6, specify: +* Threshold for weekly irrigation; only irrigate when deficit is higher than threshold + irgthreshold = 1.0 ! threshold value [0.0..20.0 mm, R] + + +*** Select (optional) fixed time interval: + tcsfix = 0 ! Switch, fixed timing criterion [0 or 1, I]] +* If tcsfix = 1, specify: + irgdayfix = 7 ! length of interval (number of days) [1..365, I] + +********************************************************************************** + + +********************************************************************************** +* Part 3: Irrigation depth criteria + +*** Choose one of the following 2 options for irrigation depth: +* Next line is required for Swap303 - swap3177 + DCS = 1 ! Switch, depth criterion [1..2, I]] +! DCS = 1 : Back to Field Capacity +! DCS = 2 : Fixed Irrigation Depth + + +*** Back to Field Capacity (DCS = 1) +* If DCS = 1, specify amount of under (-) or over (+) irrigation dI [-100..100 mm, R], +* as function of development stage DVS_dc1 [0..2, R], maximum 7 records: + DVS_dc1 dI + 0.0 10.0 + 2.0 10.0 +* End of table + + +*** Fixed Irrigation Depth (DCS = 2) +* If DCS = 2, specify fixed irrigation depth FID [0..400 mm, R], +* as function of development stage DVS_dc2 [0..2, R], maximum 7 records: + DVS_dc2 FID + 0.0 60.0 + 2.0 60.0 +* End of table + + +*** Select (optional) limitations of irrigation depth: + dcslim = 0 ! Switch, limited irrigation depth [0=No, 1=Yes] [0..1, I] +* If dcslim = 1, specify: + irgdepmin = 0.0 ! minimum irrigation depth [0.0d0 .. 100.0d0, mm, I] + irgdepmax = 0.0 ! maximum irrigation depth [irgdepmin .. 1.0d7, mm, I] + + +* End of .crp file ! diff --git a/Malanta/recreation/MaizeS_4.crp b/Malanta/recreation/MaizeS_4.crp new file mode 100644 index 0000000000000000000000000000000000000000..30016d5d1fef553a052413e66b82fe76f1a2f6d6 --- /dev/null +++ b/Malanta/recreation/MaizeS_4.crp @@ -0,0 +1,364 @@ +********************************************************************************** +* Filename: MaizeS.CRP +* Contents: SWAP 4 - Crop data of simple model +********************************************************************************** +* Comment area: +* +********************************************************************************** + +*** PLANT GROWTH SECTION *** + +*********************************************************************************************** +* Part 1: Crop development + +* Duration of crop growing period + IDEV = 1 ! 1 = duration is fixed + ! 2 = duration is variable + +* If duration is fixed (IDEV = 1), specify: + LCC = 168 ! Duration of the crop growing period [1..366 days, I] + +* If duration is variable (IDEV = 2), specify: + TSUMEA = 1050.0 ! Temperature sum from emergence to anthesis [0..1d4 �C, R] + TSUMAM = 1000.0 ! Temperature sum from anthesis to maturity [0..1d4 �C, R] + TBASE = 0.0 ! Start value of temperature sum [-10..30 �C, R] +*********************************************************************************************** + +*********************************************************************************************** +* Part 2: Light extinction + + KDIF = 0.60 ! Extinction coefficient for diffuse visible light [0..2 -, R] + KDIR = 0.75 ! Extinction coefficient for direct visible light [0..2 -, R] +*********************************************************************************************** + +*********************************************************************************************** +* Part 3: Leaf area index or soil cover fraction + + SWGC = 1 ! choice between leaf area index [=1] or soil cover fraction [=2] + +* If SWGC = 1, list leaf area index LAI [0..12 (m2 leaf)/(m2 soil), R], as function of dev. stage [0..2 -, R]: +* If SWGC = 2, list soil cover fraction SCF [0..1 (m2 cover)/(m2 soil), R], as function of dev. stage [0..2 -, R]: + +* DVS LAI or SCF ! ( maximum MAGRS records) + GCTB = + 0.00 0.05 + 0.30 0.14 + 0.50 0.61 + 0.70 4.10 + 1.00 5.00 + 1.40 5.80 + 2.00 5.20 +* End of table +*********************************************************************************************** + +*********************************************************************************************** +* Part 4: Crop factor or crop height + +* Choose between crop factor and crop height +* Choose crop factor if ETref is used, either from meteo input file (SWETR = 1) or with Penman-Monteith +* Choose crop height if Penman-Monteith should be used with actual crop height, albedo and canopy resistance + SWCF = 2 ! 1 = crop factor + ! 2 = crop height + +* If SWCF = 1, list crop factor CF [0..2 -, R], as function of dev. stage DVS [0..2 -, R]: +* If SWCF = 2, list crop height CH [0..1.d4 cm, R], as function of dev. stage DVS [0..2 -, R]: + + DVS CH CF ! ( maximum MAGRS records) + 0.0 1.0 0.8 + 0.3 15.0 0.8 + 0.5 40.0 0.9 + 0.7 140.0 1.0 + 1.0 170.0 1.1 + 1.4 180.0 1.2 + 2.0 175.0 1.2 +* End of table + +* If SWCF = 2, in addition to crop height list crop specific values for: + ALBEDO = 0.23 ! crop reflection coefficient [0..1.0 -, R] + RSC = 61.0 ! Minimum canopy resistance [0..1d6 s/m, R] + RSW = 0.0 ! Canopy resistance of intercepted water [0..1d6 s/m, R] +*********************************************************************************************** + +*********************************************************************************************** +* Part 5: rooting depth + +* List rooting depth RD [0..1000 cm, R], as a function of development stage DVS [0..2 -, R]: + +* DVS RD ! (maximum MAGRS records) + RDTB = + 0.00 5.00 + 0.30 20.00 + 0.50 50.00 + 0.70 80.00 + 1.00 90.00 + 2.00 100.00 +* End of table +*********************************************************************************************** + +*********************************************************************************************** +* Part 6: yield response + +* List yield response factor KY [0..5 -, R], as function of development stage DVS [0..2 -, R]: + +* DVS KY (maximum MAGRS records) + KYTB = + 0.00 1.00 + 2.00 1.00 +* End of table +*********************************************************************************************** + +*********************************************************************************************** +* Part 7: Soil water extraction by plant roots + +* -- Part 7a: Oxygen stress ----------------------- + +* Switch for oxygen stress: + SwOxygen = 1 ! 0 = No oxygen stress + ! 1 = Oxygen stress according to Feddes et al. (1978) + ! 2 = Oxygen stress according to Bartholomeus et al. (2008) + +* If SwOxygen = 1, specify: + HLIM1 = -15.0 ! No water extraction at higher pressure heads [-100..100 cm, R] + HLIM2U = -30.0 ! h below which optimum water extr. starts for top layer [-1000..100 cm, R] + HLIM2L = -30.0 ! h below which optimum water extr. starts for sub layer [-1000..100 cm, R] + +* If SwOxygen = 2, specify: + SwOxygenType = 1 ! Switch for physical processes or reproduction functions to calculate oxygen stress: + ! 1 = Use physical processes + ! 2 = Use reproduction functions + +* If SwOxygenType = 1, specify: + Q10_microbial = 2.8d0 ! Relative increase in microbial respiration at temperature rise of 10 �C [1.0..4.0 -, R] + Specific_resp_humus = 1.6d-3 ! Respiration rate of humus at 25 �C [0.0..1.0 kg O2/kg �C/d, R] + SRL = 151375.d0 ! Specific root length [0.d0..1d10 (m root)/(kg root), R] + SwRootRadius = 2 ! Switch for calculation of root radius: + ! 1 = Calculate root radius + ! 2 = Root radius is given in input file +* If SwRootRadius = 1, specify: + Dry_mat_cont_roots = 0.075d0 ! Dry matter content of roots [0..1 -, R] + Air_filled_root_por = 0.05d0 ! Air filled root porosity [0..1 -, R] + Spec_weight_root_tissue = 1.0d3 ! Specific weight of non-airfilled root tissue [0..1d5 (kg root)/(m3 root), R] + Var_a = 4.175d-10 ! Variance of root radius [0..1 -, R] + +* If SwRootRadius = 2, specify: + Root_radiusO2 = 0.00015d0 ! Root radius (mind: in meter!) for oxygen stress module [1d-6..0.1 m, R] + +* If SwOxygenType = 2, specify: + SwTopSub = 2 ! Switch for topsoil or subsoil: 1 = topsoil, 2 = subsoil + NrStaring = 3 ! Number of soil type according to Staring series (Wosten et al., 2001), [1..18, I] + +* -- Part 7b: Drought stress ----------------------- + +* Switch for drought stress: + SwDrought = 1 ! 1 = Drought stress according to Feddes et al. (1978) + ! 2 = Drought stress according to De Jong van Lier et al. (2008) + +* If SwDrought = 1, or in case of irrigation scheduling (SCHEDULE = 1), specify: + HLIM3H = -325.0 ! Pressure head below which water uptake reduction starts at high Tpot [-1d4..100 cm, R] + HLIM3L = -600.0 ! Pressure head below which water uptake reduction starts at low Tpot [-1d4..100 cm, R] + HLIM4 = -8000.0 ! No water extraction at lower soil water pressure heads [-2d4..100 cm, R] + ADCRH = 0.5 ! Level of high atmospheric demand, corresponding to HLIM3H [0..5 cm/d, R] + ADCRL = 0.1 ! Level of low atmospheric demand, corresponding to HLIM3L [0..5 cm/d, R] + ALPHACRIT = 1.0 ! Critical stress index (Jarvis, 1989) for compensation of root water uptake [0.2..1 -, R] + +* If SwDrought = 2, specify: + WILTPOINT = -20000.0 ! Minimum pressure head in leaves [-1d8..-1d2 cm, R] + KSTEM = 1.03d-4 ! Hydraulic conductance between leaf and root xylem [1d-10..10 /d, R] + RXYLEM = 0.02 ! Xylem radius [1d-4..1 cm, R] + ROOTRADIUS = 0.05 ! Root radius [1d-4..1 cm, R] + KROOT = 3.5d-5 ! Radial hydraulic conductivity of root tissue [1d-10..1d10 cm/d, R] + ROOTCOEFA = 0.53 ! Defines relative distance between roots at which mean soil water content occurs [0..1 -, R] + SWHYDRLIFT = 0 ! Switch for possibility hydraulic lift in root system [N=0, Y=1] + ROOTEFF = 1.0 ! Root system efficiency factor [0..1 -, R] + STEPHR = 1.0 ! Step between values of hroot and hxylem in iteration cycle [0..10 cm, R] + CRITERHR = 0.001 ! Maximum difference of Hroot between iterations; convergence criterium [0...10 cm, R] + TACCUR = 0.001 ! Maximum absolute difference between simulated and calculated potential transpiration rate (1d-5..1d-2 cm/d, R) +*********************************************************************************************** + +*********************************************************************************************** +* Part 8: salt stress + +* Switch salinity stress + SWSALINITY = 0 ! 0 = No salinity stress + ! 1 = Maas and Hoffman reduction function + ! 2 = Use osmotic head + +* If SWSALINITY = 1, specify threshold and slope of Maas and Hoffman + SALTMAX = 3.0 ! Threshold salt concentration in soil water [0..100 mg/cm3, R] + SALTSLOPE = 0.1 ! Decline of root water uptake above threshold [0..1.0 cm3/mg, R] + +* If SWSALINITY = 2, specify: + SALTHEAD = 624.0 ! Conversion salt concentration (mg/cm3) into osmotic head (cm) [0..1000.0 cm/(mg/cm3), R] +*********************************************************************************************** + +*********************************************************************************************** +* Part 9: interception + +* Switch for rainfall interception method: + SWINTER = 1 ! 0 = No interception + ! 1 = Agricultural crops (Von Hoyningen-Hune and Braden) + ! 2 = Closed forest canopies (Gash) + +* In case of interception method for agricultural crops (SWINTER = 1), specify: + COFAB = 0.25 ! Interception coefficient Von Hoyningen-Hune and Braden [0..1 cm, R] + +* In case of interception method for closed forest canopies (SWINTER = 2), specify as function of time T [0..366 d, R]: +* PFREE = Free throughfall coefficient [0..1 -, R] +* PSTEM = Stem flow coefficient [0..1 -, R] +* SCANOPY = Storage capacity of canopy [0..10 cm, R] +* AVPREC = Average rainfall intensity [0..100 cm/d, R] +* AVEVAP = Average evaporation intensity during rainfall from a wet canopy [0..10 cm/d, R] + + T PFREE PSTEM SCANOPY AVPREC AVEVAP ! (maximum MAGRS records) + 0.0 0.9 0.05 0.4 6.0 1.5 + 365.0 0.9 0.05 0.4 6.0 1.5 +* End of table +*********************************************************************************************** + +*********************************************************************************************** +* Part 10: Root density distribution and root growth + +* List root density [0..100 cm/cm3, R] as function of relative rooting depth [0..1 -, R]: +* In case of drought stress according to Feddes et al. (1978) (SWDROUGHT = 1), relative root density (-) is sufficient + +* Rdepth Rdensity ! (maximum 11 records) + RDCTB = + 0.00 1.00 + 1.00 0.00 +* End of table +************************************************************************************ + + +*** IRRIGATION SCHEDULING SECTION *** + +********************************************************************************** +* Part 1: General + + SCHEDULE = 0 ! Switch for application irrigation scheduling [Y=1, N=0] + +* If SCHEDULE = 0, no more information is required in this input file! +* If SCHEDULE = 1, continue .... + + STARTIRR = 30 3 ! Specify day and month at which irrigation scheduling starts [dd mm] + ENDIRR = 31 12 ! Specify day and month at which irrigation scheduling stops [dd mm] + CIRRS = 0.0 ! Solute concentration of irrigation water [0..100 mg/cm3, R] + ISUAS = 1 ! Switch for type of irrigation method: + ! 0 = sprinkling irrigation + ! 1 = surface irrigation + +* Specify pressure head at field capacity which will be used for irrigation timing options + phFieldCapacity = -100.0 ! Soil water pressure head at field capacity [-1000..0 cm, R] +********************************************************************************** + +********************************************************************************** +* Part 2: Irrigation time criteria + +*** Choose one of the following 5 timing options: + TCS = 1 ! Switch for timing criterion [1..6 -, I] + ! 1 = Ratio actual/potential transpiration + ! 2 = Depletion of Readily Available Water + ! 3 = Depletion of Totally Available Water + ! 4 = Depletion of absolute Water Amount + ! 5 = Pressure head or moisture content + ! 6 = Fixed weekly irrigation, bring root zone back to field capacity + + +* Ratio actual/potential transpiration (TCS = 1) +* If TCS = 1, specify mimimum of ratio actual/potential transpiration Trel [0..1 -, R] as function of crop development stage + DVS_tc1 Trel ! (maximum 7 records) + 0.0 0.95 + 2.0 0.95 +* End of table + + +* Depletion of Readily Available Water (TCS = 2) +* If TCS = 2, specify minimum fraction of readily available water RAW [0..1 -, R] as function of crop development stage + DVS_tc2 RAW ! (maximum 7 records) + 0.0 0.95 + 2.0 0.95 +* End of table + + +* Depletion of Totally Available Water (TCS = 3) +* If TCS = 3, specify minimal fraction of totally available water TAW [0..1 -, R] as function of crop development stage + DVS_tc3 TAW ! (maximum 7 records) + 0.0 0.50 + 2.0 0.50 +* End of table + + +* Depletion of absolute Water Amount (TCS = 4) +* If TCS = 4, specify maximum amount of water depleted below field capacity DWA [0..500 mm, R] as function of crop development stage + DVS_tc4 DWA ! (maximum 7 records) + 0.0 40.0 + 2.0 40.0 +* End of table + + +* Pressure head or Moisture content (TCS = 5), specify + PHORMC = 0 ! Switch, use either pressure head (PHORMC = 0) or water content (PHORMC = 1) + DCRIT = -30.0 ! Depth of the sensor [-100..0 cm, R] +* Also specify critical pressure head [-1d6..-100 cm, R] or moisture content [0..1 cm3/cm3, R] as function of crop development stage + DVS_tc5 Value_tc5 + 0.0 -1000.0 + 2.0 -1000.0 +* End of table + +* In case TCS = 5, over-irrigation can be applied if the salinity concentration exceeds a threshold salinity +* Switch for over-irrigation: + SWCIRRTHRES = 0 ! 0 = No over-irrigation + ! 1 = Apply over-irrigation +* If SWCIRRTHRES = 1, specify: + CIRRTHRES = 8.0 ! Threshold salinity concentration above which over-irrigation occurs [0..100 mg/cm3, R] + PERIRRSURP = 10.0 ! Over-irrigation as percentage of the usually scheduled irrigation depth [0..100 %, R] + +* Fixed weekly irrigation, root zone back to field capacity (TCS = 6), specify +* Threshold value for weekly irrigation; only irrigate when soil water deficit in root zone is larger than threshold + IRGTHRESHOLD = 1.0 ! threshold value [0..20 mm, R] + + +* Switch for minimum time interval between irrigation applications + TCSFIX = 0 ! 0 = no minimum time interval + ! 1 = define minimum time interval +* If TCSFIX = 1, specify: + IRGDAYFIX = 7 ! Minimum number of days between irrigation applications [1..366 d, I] + +********************************************************************************** + + +********************************************************************************** +* Part 3: Irrigation depth criteria + +* Choose one of the following two options for irrigation depth: + DCS = 1 ! 1 = Back to Field Capacity + ! 2 = Fixed Irrigation Depth + + +* Back to Field Capacity (DCS = 1) +* If DCS = 1, specify amount of under (-) or over (+) irrigation dI [-100..100 mm, R], +* as function of crop development stage [0..2, R] + DVS_dc1 dI ! (maximum 7 records) + 0.0 10.0 + 2.0 10.0 +* End of table + RAITHRESHOLD = 10.0 ! When rainfall exceeds RAITHRESHOLD, irrigation is reduced with rainfall [0..1000 cm, R] + + +* Fixed Irrigation Depth (DCS = 2) +* If DCS = 2, specify fixed irrigation depth FID [0..400 mm, R], +* as function of crop development stage [0..2, R] + DVS_dc2 FID ! (maximum 7 records) + 0.0 60.0 + 2.0 60.0 +* End of table + + +* Select minimum and maximum of irrigation depths: + dcslim = 0 ! Switch, limit range irrigation depth [Y=1, N=0] + +* If dcslim = 1, specify: + irgdepmin = 10.0 ! Minimum irrigation depth [0..100 mm, I] + irgdepmax = 80.0 ! Maximum irrigation depth [irgdepmin..1d7 mm, I] + + +* End of .crp file ! \ No newline at end of file diff --git a/Malanta/recreation/Malanta.met b/Malanta/recreation/Malanta.met new file mode 100644 index 0000000000000000000000000000000000000000..c9de72f63231380795c45e2ebe9ea5028691ea03 --- /dev/null +++ b/Malanta/recreation/Malanta.met @@ -0,0 +1,1097 @@ +Station,DD,MM,YYYY,Rad,Tmin,Tmax,Hum,Wind,Rain,ETref,Wet + 'Malanta',1,1,2018,29.4,3.55825,3.55825,0.62,3,0,-99.9,-99.9 + 'Malanta',2,1,2018,7.2,3.76125,3.76125,0.67,3.9,0,-99.9,-99.9 + 'Malanta',3,1,2018,43.8,0.74125,0.74125,0.61,5.2,4.6,-99.9,-99.9 + 'Malanta',4,1,2018,408.6,3.7595,3.7595,0.55,4.6,3,-99.9,-99.9 + 'Malanta',5,1,2018,379.2,5.302,5.302,0.75,2.8,0.1,-99.9,-99.9 + 'Malanta',6,1,2018,2041.2,8.13075,8.13075,0.93,1.2,0,-99.9,-99.9 + 'Malanta',7,1,2018,0,6.15875,6.15875,0.64,0.9,0,-99.9,-99.9 + 'Malanta',8,1,2018,0,7.56025,7.56025,0.65,0.5,0,-99.9,-99.9 + 'Malanta',9,1,2018,12.6,6.18875,6.18875,0.82,5.8,0,-99.9,-99.9 + 'Malanta',10,1,2018,0,4.1725,4.1725,0.35,1.9,2.3,-99.9,-99.9 + 'Malanta',11,1,2018,1269.6,5.0235,5.0235,0.41,0.8,0,-99.9,-99.9 + 'Malanta',12,1,2018,0,4.04975,4.04975,0.62,0,1.9,-99.9,-99.9 + 'Malanta',13,1,2018,0,2.4575,2.4575,0.44,1,0.3,-99.9,-99.9 + 'Malanta',14,1,2018,363.9,-2.142,-2.142,0.29,1.2,0.2,-99.9,-99.9 + 'Malanta',15,1,2018,924.2,-2.08475,-2.08475,0.26,0,0,-99.9,-99.9 + 'Malanta',16,1,2018,2368.8,-2.599,-2.599,0.33,4.1,4.1,-99.9,-99.9 + 'Malanta',17,1,2018,2334.7,-0.285,-0.285,0.34,2.8,0.5,-99.9,-99.9 + 'Malanta',18,1,2018,2235,1.50625,1.50625,0.4,5.7,0,-99.9,-99.9 + 'Malanta',19,1,2018,2839.3,1.138,1.138,0.42,2.5,0.3,-99.9,-99.9 + 'Malanta',20,1,2018,2593.5,-0.4985,-0.4985,0.33,1.6,3.1,-99.9,-99.9 + 'Malanta',21,1,2018,1835.1,0.53775,0.53775,0.39,1.3,1,-99.9,-99.9 + 'Malanta',22,1,2018,3290.2,-1.31325,-1.31325,0.33,1.4,0.4,-99.9,-99.9 + 'Malanta',23,1,2018,2904.6,-0.377,-0.377,0.44,3.2,0,-99.9,-99.9 + 'Malanta',24,1,2018,3664.7,1.486,1.486,0.53,2.3,0,-99.9,-99.9 + 'Malanta',25,1,2018,5292.4,1.17675,1.17675,0.6,2.2,0,-99.9,-99.9 + 'Malanta',26,1,2018,3797.2,1.5255,1.5255,0.58,1.7,0,-99.9,-99.9 + 'Malanta',27,1,2018,0,2.101,2.101,0.45,0.5,0,-99.9,-99.9 + 'Malanta',28,1,2018,328.8,2.161,2.161,0.48,3.5,0.3,-99.9,-99.9 + 'Malanta',29,1,2018,5163.6,5.3225,5.3225,0.86,4.5,0,-99.9,-99.9 + 'Malanta',30,1,2018,4365.6,3.542,3.542,0.66,3.7,0,-99.9,-99.9 + 'Malanta',31,1,2018,4110.6,1.83675,1.83675,0.51,3.1,0,-99.9,-99.9 + 'Malanta',1,2,2018,18.6,5.1835,5.1835,0.45,1.9,1.4,-99.9,-99.9 + 'Malanta',2,2,2018,984.6,2.4965,2.4965,0.41,1.8,0,-99.9,-99.9 + 'Malanta',3,2,2018,349.8,1.5375,1.5375,0.37,1.3,0,-99.9,-99.9 + 'Malanta',4,2,2018,3416.4,1.4445,1.4445,0.38,0.8,0,-99.9,-99.9 + 'Malanta',5,2,2018,26.4,-0.84425,-0.84425,0.42,0.7,0,-99.9,-99.9 + 'Malanta',6,2,2018,6175.8,-1.54325,-1.54325,0.41,2.1,0,-99.9,-99.9 + 'Malanta',7,2,2018,274.2,1.43875,1.43875,0.49,1.7,8.3,-99.9,-99.9 + 'Malanta',8,2,2018,319.8,0.9775,0.9775,0.35,1.6,0.8,-99.9,-99.9 + 'Malanta',9,2,2018,4540.2,0.85825,0.85825,0.28,1,0,-99.9,-99.9 + 'Malanta',10,2,2018,114,0.24175,0.24175,0.29,0.9,0,-99.9,-99.9 + 'Malanta',11,2,2018,3385.8,-0.90825,-0.90825,0.35,1.7,0,-99.9,-99.9 + 'Malanta',12,2,2018,3265.8,1.7885,1.7885,0.36,1.9,0,-99.9,-99.9 + 'Malanta',13,2,2018,5116.2,1.0425,1.0425,0.42,0.7,5.8,-99.9,-99.9 + 'Malanta',14,2,2018,3106.2,1.39775,1.39775,0.28,0.8,0,-99.9,-99.9 + 'Malanta',15,2,2018,4435.8,0.32775,0.32775,0.24,2.4,0,-99.9,-99.9 + 'Malanta',16,2,2018,4497.6,-1.488,-1.488,0.41,1.1,2.2,-99.9,-99.9 + 'Malanta',17,2,2018,34.2,-0.74275,-0.74275,0.44,1.3,3.2,-99.9,-99.9 + 'Malanta',18,2,2018,540.6,0.4285,0.4285,0.46,0.5,0,-99.9,-99.9 + 'Malanta',19,2,2018,8912.4,-1.73175,-1.73175,0.35,1.5,0,-99.9,-99.9 + 'Malanta',20,2,2018,2086.8,0.026,0.026,0.38,0.4,3.7,-99.9,-99.9 + 'Malanta',21,2,2018,7974.6,1.405,1.405,0.43,1.2,0.1,-99.9,-99.9 + 'Malanta',22,2,2018,5733,0.806,0.806,0.39,1.7,0.2,-99.9,-99.9 + 'Malanta',23,2,2018,7033.2,0.402,0.402,0.36,1.6,0,-99.9,-99.9 + 'Malanta',24,2,2018,6487.8,-3.679,-3.679,0.28,1.9,0,-99.9,-99.9 + 'Malanta',25,2,2018,9112.8,-6.92925,-6.92925,0.18,1.4,0,-99.9,-99.9 + 'Malanta',26,2,2018,8404.8,-6.4705,-6.4705,0.16,1.7,0,-99.9,-99.9 + 'Malanta',27,2,2018,6247.8,-7.371,-7.371,0.13,2,1.1,-99.9,-99.9 + 'Malanta',28,2,2018,5325.6,-8.59225,-8.59225,0.15,1.1,0,-99.9,-99.9 + 'Malanta',1,3,2018,8797.2,-6.30675,-6.30675,0.16,2.5,0,-99.9,-99.9 + 'Malanta',2,3,2018,4406.4,-4.283,-4.283,0.2,1.8,0.1,-99.9,-99.9 + 'Malanta',3,3,2018,9117,-3.43975,-3.43975,0.3,1.1,0,-99.9,-99.9 + 'Malanta',4,3,2018,8823,-1.86125,-1.86125,0.38,2.6,0,-99.9,-99.9 + 'Malanta',5,3,2018,1972.8,0.0315,0.0315,0.3,2.6,0,-99.9,-99.9 + 'Malanta',6,3,2018,474,1.95425,1.95425,0.33,1.6,1.3,-99.9,-99.9 + 'Malanta',7,3,2018,4705.2,1.9945,1.9945,0.62,2.5,0.4,-99.9,-99.9 + 'Malanta',8,3,2018,11620.8,2.3105,2.3105,0.62,3.2,0.1,-99.9,-99.9 + 'Malanta',9,3,2018,4380,5.269,5.269,0.53,2.5,0.1,-99.9,-99.9 + 'Malanta',10,3,2018,7103.4,8.121,8.121,1.08,2.3,0,-99.9,-99.9 + 'Malanta',11,3,2018,9826.2,10.496,10.496,0.92,3.3,0.7,-99.9,-99.9 + 'Malanta',12,3,2018,735,11.52025,11.52025,0.8,2.6,3.4,-99.9,-99.9 + 'Malanta',13,3,2018,6299.4,7.0045,7.0045,0.92,3.3,0,-99.9,-99.9 + 'Malanta',14,3,2018,1423.2,5.9565,5.9565,0.62,2.2,0,-99.9,-99.9 + 'Malanta',15,3,2018,7805.4,5.43225,5.43225,0.54,2.5,8.2,-99.9,-99.9 + 'Malanta',16,3,2018,274.8,6.28,6.28,0.31,1.8,11.5,-99.9,-99.9 + 'Malanta',17,3,2018,24.6,3.30725,3.30725,0.24,2.2,0,-99.9,-99.9 + 'Malanta',18,3,2018,7113,-0.76,-0.76,0.29,3,0,-99.9,-99.9 + 'Malanta',19,3,2018,6214.2,-1.33325,-1.33325,0.27,1.3,0,-99.9,-99.9 + 'Malanta',20,3,2018,9694.8,-0.6105,-0.6105,0.49,1.6,0,-99.9,-99.9 + 'Malanta',21,3,2018,10568.4,1.02,1.02,0.5,1.9,0,-99.9,-99.9 + 'Malanta',22,3,2018,8523,-0.5895,-0.5895,0.54,2.6,0,-99.9,-99.9 + 'Malanta',23,3,2018,490.8,2.70175,2.70175,0.43,1.1,0,-99.9,-99.9 + 'Malanta',24,3,2018,2578.8,2.0415,2.0415,0.43,1.3,0,-99.9,-99.9 + 'Malanta',25,3,2018,8866.8,3.55,3.55,0.56,3.3,0,-99.9,-99.9 + 'Malanta',26,3,2018,4119.6,5.37575,5.37575,0.47,1,0,-99.9,-99.9 + 'Malanta',27,3,2018,4338,4.63725,4.63725,0.45,1,0,-99.9,-99.9 + 'Malanta',28,3,2018,4251.6,7.227,7.227,0.37,2.4,0.4,-99.9,-99.9 + 'Malanta',29,3,2018,6771.6,8.5515,8.5515,0.39,3.3,3.3,-99.9,-99.9 + 'Malanta',30,3,2018,7320,9.116,9.116,0.51,0.4,4.1,-99.9,-99.9 + 'Malanta',31,3,2018,3525,10.347,10.347,0.59,0,15,-99.9,-99.9 + 'Malanta',1,4,2018,7407,8.428,8.428,0.6,0,0.3,-99.9,-99.9 + 'Malanta',2,4,2018,8729.4,6.95325,6.95325,0.71,0,0,-99.9,-99.9 + 'Malanta',3,4,2018,13586.4,11.86275,11.86275,1.04,2,0,-99.9,-99.9 + 'Malanta',4,4,2018,10843.2,12.087,12.087,1.05,2.8,0,-99.9,-99.9 + 'Malanta',5,4,2018,7393.8,12.91875,12.91875,1.14,1.8,0,-99.9,-99.9 + 'Malanta',6,4,2018,17877.6,9.25525,9.25525,0.75,2,0,-99.9,-99.9 + 'Malanta',7,4,2018,17048.4,10.9085,10.9085,0.9,1.8,0,-99.9,-99.9 + 'Malanta',8,4,2018,6774.6,15.87225,15.87225,1.13,0.6,0,-99.9,-99.9 + 'Malanta',9,4,2018,16266.5,18.16025,18.16025,1.1,1,0,-99.9,-99.9 + 'Malanta',10,4,2018,14762.3,14.986,14.986,0.72,2.5,0.1,-99.9,-99.9 + 'Malanta',11,4,2018,15486.9,14.508,14.508,0.94,0.5,0,-99.9,-99.9 + 'Malanta',12,4,2018,15774.7,19.3475,19.3475,0.79,4.4,4,-99.9,-99.9 + 'Malanta',13,4,2018,5542.8,12.772,12.772,0.43,3.4,1.2,-99.9,-99.9 + 'Malanta',14,4,2018,17703.6,13.89725,13.89725,0.9,1.8,0,-99.9,-99.9 + 'Malanta',15,4,2018,8956.2,18.72125,18.72125,0.95,2.9,0,-99.9,-99.9 + 'Malanta',16,4,2018,981,16.2055,16.2055,0.65,2.5,0.3,-99.9,-99.9 + 'Malanta',17,4,2018,15396.6,16.47475,16.47475,1.02,1.8,0,-99.9,-99.9 + 'Malanta',18,4,2018,18772.2,17.5155,17.5155,1.41,1.1,0,-99.9,-99.9 + 'Malanta',19,4,2018,18358.8,19.0755,19.0755,1.44,1.2,0,-99.9,-99.9 + 'Malanta',20,4,2018,19257.6,17.44525,17.44525,2.17,1.6,0,-99.9,-99.9 + 'Malanta',21,4,2018,19399.8,17.00175,17.00175,1.92,1.4,0,-99.9,-99.9 + 'Malanta',22,4,2018,18215.4,17.60175,17.60175,1.56,1.2,0,-99.9,-99.9 + 'Malanta',23,4,2018,11095.8,21.3065,21.3065,1.49,2.3,0,-99.9,-99.9 + 'Malanta',24,4,2018,16130.4,17.271,17.271,1.46,2.4,0,-99.9,-99.9 + 'Malanta',25,4,2018,16406.4,18.094,18.094,1.41,3.4,0.1,-99.9,-99.9 + 'Malanta',26,4,2018,13836.6,11.7445,11.7445,1.07,3.2,6.4,-99.9,-99.9 + 'Malanta',27,4,2018,18986.4,11.604,11.604,1.11,2.8,0,-99.9,-99.9 + 'Malanta',28,4,2018,19425.6,18.53575,18.53575,1.65,2,0,-99.9,-99.9 + 'Malanta',29,4,2018,19743,20.997,20.997,1.77,1.5,0,-99.9,-99.9 + 'Malanta',30,4,2018,20416.8,19.89375,19.89375,1.3,2.8,0,-99.9,-99.9 + 'Malanta',1,5,2018,13066.8,16.467,16.467,0.9,1.4,0.4,-99.9,-99.9 + 'Malanta',2,5,2018,17151,22.092,22.092,1.14,2.1,0,-99.9,-99.9 + 'Malanta',3,5,2018,14479.2,20.73125,20.73125,1.34,2.3,0,-99.9,-99.9 + 'Malanta',4,5,2018,19678.2,22.269,22.269,1.36,2.5,0,-99.9,-99.9 + 'Malanta',5,5,2018,20632.8,20.3005,20.3005,1.28,1.8,0,-99.9,-99.9 + 'Malanta',6,5,2018,21807,18.8085,18.8085,1.19,1.7,0,-99.9,-99.9 + 'Malanta',7,5,2018,22534.2,19.05925,19.05925,1.33,1.6,0,-99.9,-99.9 + 'Malanta',8,5,2018,14448,17.13875,17.13875,1.03,1.8,0.1,-99.9,-99.9 + 'Malanta',9,5,2018,13374.6,17.8545,17.8545,0.83,1.4,0,-99.9,-99.9 + 'Malanta',10,5,2018,14309.4,18.77725,18.77725,0.98,2.2,0,-99.9,-99.9 + 'Malanta',11,5,2018,10617,18.02425,18.02425,1.7,1,0,-99.9,-99.9 + 'Malanta',12,5,2018,16066.2,17.35,17.35,1.6,1.2,1.5,-99.9,-99.9 + 'Malanta',13,5,2018,15752.4,17.84175,17.84175,1.62,1.8,0,-99.9,-99.9 + 'Malanta',14,5,2018,14973,17.8805,17.8805,1.36,1.9,1.1,-99.9,-99.9 + 'Malanta',15,5,2018,7362.6,12.1065,12.1065,1.21,1.1,11.1,-99.9,-99.9 + 'Malanta',16,5,2018,4281.6,13.44,13.44,1.06,0.8,0,-99.9,-99.9 + 'Malanta',17,5,2018,864,14.7825,14.7825,0.95,0.1,0.3,-99.9,-99.9 + 'Malanta',18,5,2018,19267.2,17.544,17.544,1.16,0.9,0,-99.9,-99.9 + 'Malanta',19,5,2018,15993.6,17.009,17.009,1.07,0.7,0,-99.9,-99.9 + 'Malanta',20,5,2018,23275.8,18.3755,18.3755,1,0.7,0,-99.9,-99.9 + 'Malanta',21,5,2018,16594.8,16.16,16.16,0.96,0.4,0,-99.9,-99.9 + 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'Malanta',25,12,2020,0,1.1,1.1,0.52,2.1,0,-99.9,-99.9 + 'Malanta',26,12,2020,1719.6,-2.8,-2.8,0.37,2.5,0,-99.9,-99.9 + 'Malanta',27,12,2020,2721.6,-2.8,-2.8,0.29,5,0.2,-99.9,-99.9 + 'Malanta',28,12,2020,656.4,1.5,1.5,0.36,5.2,7.6,-99.9,-99.9 + 'Malanta',29,12,2020,2970,2.6,2.6,0.47,2.7,6,-99.9,-99.9 + 'Malanta',30,12,2020,1354.2,1.5,1.5,0.48,0.9,10.2,-99.9,-99.9 + 'Malanta',31,12,2020,3189,-1.4,-1.4,0,1.6,0,-99.9,-99.9 diff --git a/Malanta/recreation/PeaS.crp b/Malanta/recreation/PeaS.crp new file mode 100644 index 0000000000000000000000000000000000000000..43ca7ce6ab42afc19ad27912a9b9bccb957045c8 --- /dev/null +++ b/Malanta/recreation/PeaS.crp @@ -0,0 +1,324 @@ +********************************************************************************** +* Filename: MaizeS.CRP +* Contents: SWAP 3 - Crop data of simple model +********************************************************************************** +* Comment area: +* +********************************************************************************** + +*** PLANT GROWTH SECTION *** + +*********************************************************************************************** +* Part 1: Crop development + + IDEV = 1 ! length of crop cycle: 1 = fixed, 2 = variable + +* If fixed growth length (IDEV = 1), specify: + LCC = 168 ! Length of the crop cycle [1..366 days, I] + +* If variable growth length (IDEV = 2), specify: + TSUMEA = 1050.0 ! Temperature sum from emergence to anthesis [0..10000 C, R] + TSUMAM = 1000.0 ! Temperature sum from anthesis to maturity [0..10000 C, R] + TBASE = 0.0 ! Start value of temperature sum [-10..30 C, R] +*********************************************************************************************** + +*********************************************************************************************** +* Part 2: Light extinction + + KDIF = 0.60 ! Extinction coefficient for diffuse visible light [0..2 -, R] + KDIR = 0.75 ! Extinction coefficient for direct visible light [0..2 -, R] +*********************************************************************************************** + +*********************************************************************************************** +* Part 3: Leaf area index or soil cover fraction + + SWGC = 1 ! choice between LAI [=1] or soil cover fraction [=2] + +* If SWGC = 1, list leaf area index [0..12 ha/ha, R], as function of dev. stage [0..2 -,R]: +* If SWGC = 2, list soil cover fraction [0..1 m2/m2, R], as function of dev. stage [0..2 -,R]: + +* DVS LAI or SCF ( maximum 36 records) + GCTB = + 0.00 0.05 + 0.30 0.14 + 0.50 0.61 + 0.70 4.10 + 1.00 5.00 + 1.40 5.80 + 2.00 5.20 +* End of table +*********************************************************************************************** + +*********************************************************************************************** +* Part 4: crop factor or crop height + + SWCF = 2 ! choice between crop factor [=1] or crop height [=2] +* Choose crop factor if ETref is used, either from meteo input file (SWETR = 1) or with Penman-Monteith +* Choose crop height if Penman-Monteith should be used with actual crop height, albedo and resistance + +* If SWCF = 1, list crop factor CF [0.5..1.5, R], as function of dev. stage DVS [0..2 -,R]: +* If SWCF = 2, list crop height CH [0..1000 cm, R], as function of dev. stage DVS [0..2 -,R]: +* (maximum 36 records) + + DVS CH CF + 0.0 1.0 0.8 + 0.3 15.0 0.8 + 0.5 40.0 0.9 + 0.7 140.0 1.0 + 1.0 170.0 1.1 + 1.4 180.0 1.2 + 2.0 175.0 1.2 +* End of table + +* If SWCF = 2, in addition to crop height list crop specific values for: + ALBEDO = 0.23 ! crop reflection coefficient [0..1.0 -, R] + RSC = 70.0 ! Minimum canopy resistance [0..10^6 s/m, R] + RSW = 0.0 ! Canopy resistance of intercepted water [0..10^6 s/m, R] +*********************************************************************************************** + +*********************************************************************************************** +* Part 5: rooting depth + +* List rooting depth [0..1000 cm, R], as a function of development stage [0..2 -,R]: + +* DVS RD (maximum 36 records) + RDTB = + 0.00 5.00 + 0.30 20.00 + 0.50 50.00 + 0.70 80.00 + 1.00 90.00 + 2.00 100.00 +* End of table +*********************************************************************************************** + +*********************************************************************************************** +* Part 6: yield response + +* List yield response factor [0..5 -,R], as function of development stage [0..2 -,R]: + +* DVS KY (maximum 36 records) + KYTB = + 0.00 1.00 + 2.00 1.00 +* End of table +*********************************************************************************************** + +*********************************************************************************************** +* Part 7: soil water extraction by plant roots +* +* Switch for concept root water extraction: + swroottyp = 1 ! 1 = Macroscopic concept (Feddes et al., 1978) + ! 2 = Microscopic concept (De Jong van Lier et al., 2008) + +* if swroottyp = 1, specify: + HLIM1 = -15.0 ! No water extraction at higher pressure heads, [-100..100 cm, R] + HLIM2U = -30.0 ! h below which optimum water extr. starts for top layer, [-1000..100 cm, R] + HLIM2L = -30.0 ! h below which optimum water extr. starts for sub layer, [-1000..100 cm, R] + HLIM3H = -325.0 ! h below which water uptake red. starts at high Tpot, [-10000..100 cm, R] + HLIM3L = -600.0 ! h below which water uptake red. starts at low Tpot, [-10000..100 cm, R] + HLIM4 = -15000.0 ! No water extraction at lower pressure heads, [-16000..100 cm, R] + ADCRH = 0.5 ! Level of high atmospheric demand, [0..5 cm/d, R] + ADCRL = 0.1 ! Level of low atmospheric demand, [0..5 cm/d, R] + +* If SWROOTTYP = 2, specify: + WILTPOINT = -15000.0 ! Minimum pressure head at interface soil-root, [-1.0d6..-1.0d2, cm] + ROOTRADIUS = 0.05 ! Root radius, [0.0001..1 cm, R] + ROOTCOEFA = 0.53 ! Defines relative distance at which mean soil water content occurs, [0..1.0, R] +*********************************************************************************************** + +*********************************************************************************************** +* Part 8: salt stress + +* linear relation between ECsat and crop reduction + ECMAX = 2.0 ! ECsat level at which salt stress starts, [0..20 dS/m, R] + ECSLOP = 0.0 ! Decline of rootwater uptake above ECMAX [0..40 %/dS/m, R] + +* non-linear relation between salinity concentration and EC + C2ECa = 1.492 ! Coefficient a to convert salt concentration to electrical conductivity [0.0..1000.0 -, R] + C2ECb = 1.0 ! Coefficient b to convert salt concentration to electrical conductivity [0.0..10.0 -, R] + +* Switch for solute conversion factors for entire profile or per soil layer: + SWC2ECF = 1 ! 1 = conversion factors for entire profile + ! 2 = conversion factors per soil layer + +* If SWC2ECF = 1, specify for entire soil profile: + C2ECf = 1.0 ! Factor f to account for 'over'saturation of saturated paste [0.0..10.0 -, R] + +* If SWC2ECF = 2, specify for each soil layer: +* C2ECf = 1.0 1.0 ! Factor f to account for 'over'saturation of saturated paste [0.0..10.0 -, R] +*********************************************************************************************** + +*********************************************************************************************** +* Part 9: interception + + SWINTER = 1 ! Switch for rainfall interception method: + ! 0 = No interception calculated + ! 1 = Agricultural crops (Von Hoyningen-Hune and Braden) + ! 2 = Closed forest canopies (Gash) + +* In case of interception method for agricultural crops (SWINTER = 1) specify: + COFAB = 0.25 ! Interception coefficient Von Hoyningen-Hune and Braden, [0..1 cm, R] + +* In case of interception method for closed forest canopies (SWINTER = 2) specify as function +* of time of the year T [0..366 d, R], maximum 36 records: +* PFREE = free throughfall coefficient, [0.d0..1.d0 -, R] +* PSTEM = stem flow coefficient, [0.d0..1.d0 -, R] +* SCANOPY = storage capacity of canopy, [0.d0..10.d0 cm, R] +* AVPREC = average rainfall intensity, [0.d0..100.d0 cm, R] +* AVEVAP = average evaporation intensity during rainfall from a wet canopy, [0.d0..10.d0 cm, R] + + T PFREE PSTEM SCANOPY AVPREC AVEVAP + 0.0 0.9 0.05 0.4 6.0 1.5 + 365.0 0.9 0.05 0.4 6.0 1.5 +* End of table +*********************************************************************************************** + +*********************************************************************************************** +* Part 10: Root density distribution and root growth + +* List relative root density [0..1 -, R], as function of rel. rooting depth [0..1 -, R]: + +* Rdepth Rdensity (maximum 11 records) + RDCTB = + 0.00 1.00 + 1.00 0.00 +* End of table +************************************************************************************ + + +*** IRRIGATION SCHEDULING SECTION *** + +********************************************************************************** +* Part 1: General + + SCHEDULE = 0 ! Switch for application irrigation scheduling [Y=1, N=0] + +* If SCHEDULE = 0, no more information is required in this input file! +* If SCHEDULE = 1, continue .... + + STARTIRR = 30 3 ! Specify day and month after which irrigation scheduling is allowed [dd mm] + ENDIRR = 31 12 ! Specify day and month after which irrigation scheduling is NOT allowed [dd mm] + CIRRS = 0.0 ! solute concentration of scheduled irrig. water, [0..100 mg/cm3, R] + ISUAS = 1 ! Switch for type of irrigation method: + ! 0 = sprinkling irrigation + ! 1 = surface irrigation + +* Specify pressure head at field capacity +* required for timing options TCS = 2, 3, or 4 and depth option DCS = 1, else dummy + phFieldCapacity = -100.0 ! soil hydraulic pressure head [-1000.0 .. 0.0,cm, R] + +********************************************************************************** + + +********************************************************************************** +* Part 2: Irrigation time criteria + +*** Choose one of the following 5 timing options: + TCS = 1 ! Switch, timing criterion [1..6, I]] +! TCS = 1 : Daily Stress +! TCS = 2 : Depletion of Readily Available Water +! TCS = 3 : Depletion of Totally Available Water +! TCS = 4 : Depletion Water Amount +! TCS = 5 : Pressure head or moisture content +! TCS = 6 : Fixed weekly irrigation, rootzone to field capacity + + +*** Daily stress criterion (TCS = 1) +* If TCS = 1, specify mimimum of ratio actual/potential transpiration Trel [0..1, R], +* as function of development stage DVS_tc1 [0..2, R], maximum 7 records: + DVS_tc1 Trel + 0.0 0.95 + 2.0 0.95 +* End of table + + +*** Depletion of Readily Available Water (TCS = 2) +* If TCS = 2, specify minimal fraction of readily available water RAW [0..1, R], +* as function of development stage DVS_tc2 [0..2, R], maximum 7 records: + DVS_tc2 RAW + 0.0 0.95 + 2.0 0.95 +* End of table + + +*** Depletion of Totally Available Water (TCS = 3) +* If TCS = 3, specify minimal fraction of totally available water TAW [0..1, R], +* as function of development stage DVS_tc3 [0..2, R], maximum 7 records: + DVS_tc3 TAW + 0.0 0.50 + 2.0 0.50 +* End of table + + +*** Depletion Water Amount (TCS = 4) +* If TCS = 4, specify maximum amount of water depleted below field cap. DWA [0..500 mm, R], +* as function of development stage DVS_tc4 [0..2, R], maximum 7 records: + DVS_tc4 DWA + 0.0 40.0 + 2.0 40.0 +* End of table + + +*** Pressure head or Moisture content (TCS = 5) +* If TCS = 5, specify: + PHORMC = 0 ! Switch, use pressure head (PHORMC=0) or water content (PHORMC=1) + DCRIT = -30.0! Depth of the sensor [-100..0 cm, R] +* Also specify critical pressure head [-1.d6..-100 cm, R] or moisture content +* [0..1.0 cm3/cm3, R], as function of development stage DVS_tc5 [0..2, R]: + DVS_tc5 Value_tc5 + 0.0 -1000.0 + 2.0 -1000.0 +* End of table + + +*** Fixed weekly irrigation, rootzone to field capacity (TCS = 6) +* If TCS = 6, specify: +* Threshold for weekly irrigation; only irrigate when deficit is higher than threshold + irgthreshold = 1.0 ! threshold value [0.0..20.0 mm, R] + + +*** Select (optional) fixed time interval: + tcsfix = 0 ! Switch, fixed timing criterion [0 or 1, I]] +* If tcsfix = 1, specify: + irgdayfix = 7 ! length of interval (number of days) [1..365, I] + +********************************************************************************** + + +********************************************************************************** +* Part 3: Irrigation depth criteria + +*** Choose one of the following 2 options for irrigation depth: +* Next line is required for Swap303 - swap3177 + DCS = 1 ! Switch, depth criterion [1..2, I]] +! DCS = 1 : Back to Field Capacity +! DCS = 2 : Fixed Irrigation Depth + + +*** Back to Field Capacity (DCS = 1) +* If DCS = 1, specify amount of under (-) or over (+) irrigation dI [-100..100 mm, R], +* as function of development stage DVS_dc1 [0..2, R], maximum 7 records: + DVS_dc1 dI + 0.0 10.0 + 2.0 10.0 +* End of table + + +*** Fixed Irrigation Depth (DCS = 2) +* If DCS = 2, specify fixed irrigation depth FID [0..400 mm, R], +* as function of development stage DVS_dc2 [0..2, R], maximum 7 records: + DVS_dc2 FID + 0.0 60.0 + 2.0 60.0 +* End of table + + +*** Select (optional) limitations of irrigation depth: + dcslim = 0 ! Switch, limited irrigation depth [0=No, 1=Yes] [0..1, I] +* If dcslim = 1, specify: + irgdepmin = 0.0 ! minimum irrigation depth [0.0d0 .. 100.0d0, mm, I] + irgdepmax = 0.0 ! maximum irrigation depth [irgdepmin .. 1.0d7, mm, I] + + +* End of .crp file ! \ No newline at end of file diff --git a/Malanta/recreation/PotatoeS_NL_4.crp b/Malanta/recreation/PotatoeS_NL_4.crp new file mode 100644 index 0000000000000000000000000000000000000000..1309afb142ff8a16dd6cec68c8cd811e39c4237b --- /dev/null +++ b/Malanta/recreation/PotatoeS_NL_4.crp @@ -0,0 +1,324 @@ +********************************************************************************** +* Filename: PotatoeS.CRP +* Contents: SWAP 4.X - Crop data of simple model +********************************************************************************** +* Comment area: +* +********************************************************************************** + +*** PLANT GROWTH SECTION *** + +*********************************************************************************************** +* Part 1: Crop development +* + IDEV = 1 ! length of crop cycle: 1 = fixed, 2 = variable +* +* If IDEV = 1, specify: + LCC = 168 ! Length of the crop cycle [1..366 days, I] +* +* If IDEV = 2, specify: + TSUMEA = 150.0 ! Temperature sum from emergence to anthesis [0..10000 C, R] + TSUMAM = 1550.0 ! Temperature sum from anthesis to maturity [0..10000 C, R] + TBASE = 2.0 ! Start value of temperature sum [-10..30 C, R] +*********************************************************************************************** + +*********************************************************************************************** +* Part 2: Light extinction +* + KDIF = 1.00 ! Extinction coefficient for diffuse visible light [0..2 -, R] + KDIR = 1.00 ! Extinction coefficient for direct visible light [0..2 -, R] +*********************************************************************************************** + +*********************************************************************************************** +* Part 3: Leaf area index or soil cover fraction +* + SWGC = 1 ! choice between LAI [=1] or soil cover fraction [=2] +* +* If SWGC = 1, list leaf area index [0..12 ha/ha, R], as function of dev. stage [0..2 -,R]: +* If SWGC = 2, list soil cover fraction [0..1 m2/m2, R], as function of dev. stage [0..2 -,R]: +* DVS LAI or SCF ( maximum 36 records) + GCTB = +0.00 0.00 +0.20 0.10 +0.40 0.36 +0.53 1.26 +0.66 3.40 +0.77 4.85 +0.90 5.45 +1.02 5.41 +1.14 5.32 +1.26 5.22 +1.39 5.09 +1.51 4.26 +1.63 2.42 +1.75 0.85 +1.88 0.26 +2.00 0.00 +* End of table +*********************************************************************************************** + +*********************************************************************************************** +* Part 4: crop factor or crop height + + SWCF = 1 ! choice between crop factor [=1] or crop height [=2] +* Choose crop factor if ETref is used, either from meteo input file (SWETR = 1) or with Penman-Monteith +* Choose crop height if Penman-Monteith should be used with actual crop height, albedo and resistance + +* If SWCF = 1, list crop factor CF [0.5..1.5, R], as function of dev. stage DVS [0..2 -,R]: +* If SWCF = 2, list crop height CH [0..1000 cm, R], as function of dev. stage DVS [0..2 -,R]: +* (maximum 36 records) + + DVS CH CF + 0.0 12.0 1.0 + 2.0 12.0 1.0 +* End of table + +* If SWCF = 2, in addition to crop height list crop specific values for: + ALBEDO = 0.23 ! crop reflection coefficient [0..1.0 -, R] + RSC = 70.0 ! Minimum canopy resistance [0..10^6 s/m, R] + RSW = 0.0 ! Canopy resistance of intercepted water [0..10^6 s/m, R] +*********************************************************************************************** + +*********************************************************************************************** +* Part 5: rooting depth +* +* List rooting depth [0..1000 cm, R], as a function of development stage [0..2 -,R]: +* DVS RD (maximum 36 records) + RDTB = + 0.00 10.00 + 0.5 22.0 + 1.0 30.0 + 1.24 50.0 + 2.00 50.00 +* End of table +*********************************************************************************************** + +*********************************************************************************************** +* Part 6: yield response +* +* List yield response factor [0..5 -,R], as function of development stage [0..2 -,R]: +* DVS KY (maximum 36 records) + KYTB = + 0.00 1.00 + 2.00 1.00 +* End of table +*********************************************************************************************** + +*********************************************************************************************** +* Part 7: soil water extraction by plant roots +* + swroottyp = 1 ! Switch for type root water extraction [1,2 -, I] +* ! (1 = Feddes et al., 1978; 2 = De Jong van Lier et al., 2006) +* if swroottyp=1 then enter HLIM1 - ADCRL +* if swroottyp=2 then enter wiltpoint, rootradius, rootcoefa +* +* if swroottyp = 1, specify: + HLIM1 = -10.0 ! No water extraction at higher pressure heads, [-100..100 cm, R] + HLIM2U = -25.0 ! h below which optimum water extr. starts for top layer, [-1000..100 cm, R] + HLIM2L = -25.0 ! h below which optimum water extr. starts for sub layer, [-1000..100 cm, R] + HLIM3H = -320.0 ! h below which water uptake red. starts at high Tpot, [-10000..100 cm, R] + HLIM3L = -600.0 ! h below which water uptake red. starts at low Tpot, [-10000..100 cm, R] + HLIM4 = -16000.0 ! No water extraction at lower pressure heads, [-16000..100 cm, R] + ADCRH = 0.5 ! Level of high atmospheric demand, [0..5 cm/d, R] + ADCRL = 0.1 ! Level of low atmospheric demand, [0..5 cm/d, R] +* If SWROOTTYP = 2, specify: + WILTPOINT = -15000.0 ! Minimum pressure head at interface soil-root, [-1.0d6..-1.0d2, cm] + ROOTRADIUS = 0.05 ! Root radius, [0.0001..1 cm, R] + ROOTCOEFA = 0.53 ! Defines relative distance at which mean soil water content occurs, [0..1.0, R] + + +*********************************************************************************************** + +*********************************************************************************************** +* Part 8: salt stress + +* only when solutes are simulated (SWSOLU=1 in SWP-file) + +* relation between ECsat and crop reduction + ECMAX = 1.7 ! ECsat level at which salt stress starts, [0..20 dS/m, R] + ECSLOP = 12.0 ! Decline of rootwater uptake above ECMAX [0..40 %/dS/m, R] + +* relation between concentration and ECsat + C2ECa = 1.492 ! coefficient a to convert concentration to EC [0.0..1000.0 -, R] + C2ECb = 1.0 ! exponent b to convert concentration to EC [0.0..10.0 -, R] +* Switch to enter factor f (SWC2ECF ) per profile or per soil layer/horizon [1,2 -, I] +* if SWC2ECF = 1 then enter one C2ECf-value for model profile +* if SWC2ECF = 2 then enter one C2ECf-value for each soil layer/horizon + SWC2ECF = 1 +* factor f to convert concentration to EC [0.0..10.0 -, R]; +* dependent on SWC2ECF one value for model profile or a value for each soil horizon + C2ECf = 1.0 +*********************************************************************************************** + +*********************************************************************************************** +* Part 9: interception + + SWINTER = 1 ! Switch for rainfall interception method: + ! 0 = No interception calculated + ! 1 = Agricultural crops (Von Hoyningen-Hune and Braden) + ! 2 = Closed forest canopies (Gash) + +* In case of interception method for agricultural crops (SWINTER = 1) specify: + COFAB = 0.25 ! Interception coefficient Von Hoyningen-Hune and Braden, [0..1 cm, R] + +* In case of interception method for closed forest canopies (SWINTER = 2) specify as function +* of time of the year T [0..366 d, R], maximum 36 records: +* PFREE = free throughfall coefficient, [0.d0..1.d0 -, R] +* PSTEM = stem flow coefficient, [0.d0..1.d0 -, R] +* SCANOPY = storage capacity of canopy, [0.d0..10.d0 cm, R] +* AVPREC = average rainfall intensity, [0.d0..100.d0 cm, R] +* AVEVAP = average evaporation intensity during rainfall from a wet canopy, [0.d0..10.d0 cm, R] + + T PFREE PSTEM SCANOPY AVPREC AVEVAP + 0.0 0.9 0.05 0.4 6.0 1.5 + 365.0 0.9 0.05 0.4 6.0 1.5 +* End of table +*********************************************************************************************** + +*********************************************************************************************** +* Part 10: Root density distribution and root growth +* +* List relative root density [0..1 -, R], as function of rel. rooting depth [0..1 -, R]: +* Rdepth Rdensity (maximum 11 records) + RDCTB = + 0.00 1.00 + 1.00 1.00 +* End of table +*********************************************************************************************** + + +*** IRRIGATION SCHEDULING SECTION *** + +********************************************************************************** +* Part 1: General + + SCHEDULE = 0 ! Switch for application irrigation scheduling [Y=1, N=0] + +* If SCHEDULE = 0, no more information is required in this input file! +* If SCHEDULE = 1, continue .... + + STARTIRR = 30 3 ! Specify day and month after which irrigation scheduling is allowed [dd mm] + ENDIRR = 31 12 ! Specify day and month after which irrigation scheduling is NOT allowed [dd mm] + CIRRS = 0.0 ! solute concentration of scheduled irrig. water, [0..100 mg/cm3, R] + ISUAS = 1 ! Switch for type of irrigation method: + ! 0 = sprinkling irrigation + ! 1 = surface irrigation + +* Specify pressure head at field capacity +* required for timing options TCS = 2, 3, or 4 and depth option DCS = 1, else dummy + phFieldCapacity = -100.0 ! soil hydraulic pressure head [-1000.0 .. 0.0,cm, R] + +********************************************************************************** + + +********************************************************************************** +* Part 2: Irrigation time criteria + +*** Choose one of the following 5 timing options: + TCS = 1 ! Switch, timing criterion [1..6, I]] +! TCS = 1 : Daily Stress +! TCS = 2 : Depletion of Readily Available Water +! TCS = 3 : Depletion of Totally Available Water +! TCS = 4 : Depletion Water Amount +! TCS = 5 : Pressure head or moisture content +! TCS = 6 : Fixed weekly irrigation, rootzone to field capacity + + +*** Daily stress criterion (TCS = 1) +* If TCS = 1, specify mimimum of ratio actual/potential transpiration Trel [0..1, R], +* as function of development stage DVS_tc1 [0..2, R], maximum 7 records: + DVS_tc1 Trel + 0.0 0.95 + 2.0 0.95 +* End of table + + +*** Depletion of Readily Available Water (TCS = 2) +* If TCS = 2, specify minimal fraction of readily available water RAW [0..1, R], +* as function of development stage DVS_tc2 [0..2, R], maximum 7 records: + DVS_tc2 RAW + 0.0 0.95 + 2.0 0.95 +* End of table + + +*** Depletion of Totally Available Water (TCS = 3) +* If TCS = 3, specify minimal fraction of totally available water TAW [0..1, R], +* as function of development stage DVS_tc3 [0..2, R], maximum 7 records: + DVS_tc3 TAW + 0.0 0.50 + 2.0 0.50 +* End of table + + +*** Depletion Water Amount (TCS = 4) +* If TCS = 4, specify maximum amount of water depleted below field cap. DWA [0..500 mm, R], +* as function of development stage DVS_tc4 [0..2, R], maximum 7 records: + DVS_tc4 DWA + 0.0 40.0 + 2.0 40.0 +* End of table + + +*** Pressure head or Moisture content (TCS = 5) +* If TCS = 5, specify: + PHORMC = 0 ! Switch, use pressure head (PHORMC=0) or water content (PHORMC=1) + DCRIT = -30.0! Depth of the sensor [-100..0 cm, R] +* Also specify critical pressure head [-1.d6..-100 cm, R] or moisture content +* [0..1.0 cm3/cm3, R], as function of development stage DVS_tc5 [0..2, R]: + DVS_tc5 Value_tc5 + 0.0 -1000.0 + 2.0 -1000.0 +* End of table + + +*** Fixed weekly irrigation, rootzone to field capacity (TCS = 6) +* If TCS = 6, specify: +* Threshold for weekly irrigation; only irrigate when deficit is higher than threshold + irgthreshold = 1.0 ! threshold value [0.0..20.0 mm, R] + + +*** Select (optional) fixed time interval: + tcsfix = 0 ! Switch, fixed timing criterion [0 or 1, I]] +* If tcsfix = 1, specify: + irgdayfix = 7 ! length of interval (number of days) [1..365, I] + +********************************************************************************** + + +********************************************************************************** +* Part 3: Irrigation depth criteria + +*** Choose one of the following 2 options for irrigation depth: +* Next line is required for Swap303 - swap3177 + DCS = 1 ! Switch, depth criterion [1..2, I]] +! DCS = 1 : Back to Field Capacity +! DCS = 2 : Fixed Irrigation Depth + + +*** Back to Field Capacity (DCS = 1) +* If DCS = 1, specify amount of under (-) or over (+) irrigation dI [-100..100 mm, R], +* as function of development stage DVS_dc1 [0..2, R], maximum 7 records: + DVS_dc1 dI + 0.0 10.0 + 2.0 10.0 +* End of table + + +*** Fixed Irrigation Depth (DCS = 2) +* If DCS = 2, specify fixed irrigation depth FID [0..400 mm, R], +* as function of development stage DVS_dc2 [0..2, R], maximum 7 records: + DVS_dc2 FID + 0.0 60.0 + 2.0 60.0 +* End of table + + +*** Select (optional) limitations of irrigation depth: + dcslim = 0 ! Switch, limited irrigation depth [0=No, 1=Yes] [0..1, I] +* If dcslim = 1, specify: + irgdepmin = 0.0 ! minimum irrigation depth [0.0d0 .. 100.0d0, mm, I] + irgdepmax = 0.0 ! maximum irrigation depth [irgdepmin .. 1.0d7, mm, I] + + +* End of .crp file ! diff --git a/Malanta/recreation/WintCer1.crp b/Malanta/recreation/WintCer1.crp new file mode 100644 index 0000000000000000000000000000000000000000..8600ee116d6b0d64a91931e4b2c386edb1732ba1 --- /dev/null +++ b/Malanta/recreation/WintCer1.crp @@ -0,0 +1,300 @@ +********************************************************************************** +* Filename: WintCer1.CRP +* Contents: SWAP 4.X - Crop data of simple model +********************************************************************************** +* Comment area: +* +********************************************************************************** + +*** PLANT GROWTH SECTION *** + +*********************************************************************************************** +* Part 1: Crop development + + IDEV = 1 ! length of crop cycle: 1 = fixed, 2 = variable + +* If fixed growth length (IDEV = 1), specify: + LCC = 232 ! Length of the crop cycle [1..366 days, I] + +* If variable growth length (IDEV = 2), specify: + TSUMEA = 1050.0 ! Temperature sum from emergence to anthesis [0..10000 C, R] + TSUMAM = 1000.0 ! Temperature sum from anthesis to maturity [0..10000 C, R] + TBASE = 0.0 ! Start value of temperature sum [-10..30 C, R] +*********************************************************************************************** + +*********************************************************************************************** +* Part 2: Light extinction + + KDIF = 0.39 ! Extinction coefficient for diffuse visible light [0..2 -, R] + KDIR = 1.00 ! Extinction coefficient for direct visible light [0..2 -, R] +*********************************************************************************************** + +*********************************************************************************************** +* Part 3: Leaf area index or soil cover fraction + + SWGC = 1 ! choice between LAI [=1] or soil cover fraction [=2] + +* If SWGC = 1, list leaf area index [0..12 ha/ha, R], as function of dev. stage [0..2 -,R]: +* If SWGC = 2, list soil cover fraction [0..1 m2/m2, R], as function of dev. stage [0..2 -,R]: + +* DVS LAI or SCF ( maximum 36 records) + GCTB = + 0.0000 0.13 + 0.5345 0.18 + 0.7672 0.85 + 0.9224 1.66 + 1.0345 2.60 + 1.1293 3.68 + 1.1983 4.43 + 1.2500 4.21 + 1.4310 3.84 + 1.4741 3.75 + 1.6466 1.16 + 2.0000 1.16 +* End of table +*********************************************************************************************** + +*********************************************************************************************** +* Part 4: crop factor or crop height + + SWCF = 1 ! choice between crop factor [=1] or crop height [=2] +* Choose crop factor if ETref is used, either from meteo input file (SWETR = 1) or with Penman-Monteith +* Choose crop height if Penman-Monteith should be used with actual crop height, albedo and resistance + +* If SWCF = 1, list crop factor CF [0.5..1.5, R], as function of dev. stage DVS [0..2 -,R]: +* If SWCF = 2, list crop height CH [0..1000 cm, R], as function of dev. stage DVS [0..2 -,R]: +* (maximum 36 records) + + DVS CH CF + 0.0000 0.0 1.20 + 0.7845 0.0 1.20 + 0.8621 0.0 1.20 + 0.9483 0.0 1.20 + 1.0431 0.0 1.20 + 1.1207 0.0 1.20 + 1.2069 0.0 1.20 + 1.3103 0.0 1.20 + 1.3879 0.0 1.20 + 1.4741 0.0 1.00 + 1.5690 0.0 0.90 + 1.6466 0.0 0.80 + 1.7328 0.0 0.60 + 2.0000 0.0 0.60 +* End of table + +* If SWCF = 2, in addition to crop height list crop specific values for: + ALBEDO = 0.23 ! crop reflection coefficient [0..1.0 -, R] + RSC = 70.0 ! Minimum canopy resistance [0..10^6 s/m, R] + RSW = 2.0 ! Canopy resistence of intercepted water [0..1d6 s/m, R] +*********************************************************************************************** + +*********************************************************************************************** +* Part 5: rooting depth + +* List rooting depth [0..1000 cm, R], as a function of development stage [0..2 -,R]: + +* DVS RD (maximum 36 records) + RDTB = + 0.0000 30.0 + 0.5345 30.0 + 1.1983 100.0 + 2.0000 100.0 +* End of table +*********************************************************************************************** + +*********************************************************************************************** +* Part 6: yield response + +* List yield response factor [0..5 -,R], as function of development stage [0..2 -,R]: + +* DVS KY (maximum 36 records) + KYTB = + 0.0000 1.0 + 2.0000 1.0 +* End of table +*********************************************************************************************** + +*********************************************************************************************** +* Part 7: soil water extraction by plant roots +* + swroottyp = 1 ! Switch for type root water extraction [1,2 -, I] +* ! (1 = Feddes et al., 1978; 2 = De Jong van Lier et al., 2006) +* if swroottyp=1 then enter HLIM1 - ADCRL +* if swroottyp=2 then enter wiltpoint, rootradius, rootcoefa +* + HLIM1 = 0.00 ! No water extraction at higher pressure heads, [-100..100 cm, R] + HLIM2U = -1.00 ! h above which upt. red. starts for top layer, [-1000..100 cm, R] + HLIM2L = -1.00 ! h above which upt. red.starts for sub layer, [-1000..100 cm, R] + HLIM3H = -500.00 ! h below which upt. red. starts at high Tpot, [-10000..100 cm, R] + HLIM3L = -900.00 ! h below which upt. red. starts at low Tpot, [-10000..100 cm, R] + HLIM4 = -16000.00 ! No water extraction at lower pressure heads, [-16000..100 cm, R] + ADCRH = 0.5 ! Level of high atmospheric demand, [0..5 cm/d, R] + ADCRL = 0.1 ! Level of low atmospheric demand, [0..5 cm/d, R] +*********************************************************************************************** + +*********************************************************************************************** +* Part 8: salt stress + + ECMAX = 2.0 ! ECsat level at which salt stress starts, [0..20 dS/m, R] + ECSLOP = 0.0 ! Decline of rootwater uptake above ECMAX [0..40 %/dS/m, R] +*********************************************************************************************** + +*********************************************************************************************** +* Part 9: interception + + SWINTER = 1 ! Switch for rainfall interception method: + ! 0 = No interception calculated + ! 1 = Agricultural crops (Von Hoyningen-Hune and Braden) + ! 2 = Closed forest canopies (Gash) + +* In case of interception method for agricultural crops (SWINTER = 1) specify: + COFAB = 0.25 ! Interception coefficient Von Hoyningen-Hune and Braden, [0..1 cm, R] + +* In case of interception method for closed forest canopies (SWINTER = 2) specify as function +* of time of the year T [0..366 d, R], maximum 36 records: +* PFREE = free throughfall coefficient, [0.d0..1.d0 -, R] +* PSTEM = stem flow coefficient, [0.d0..1.d0 -, R] +* SCANOPY = storage capacity of canopy, [0.d0..10.d0 cm, R] +* AVPREC = average rainfall intensity, [0.d0..100.d0 cm, R] +* AVEVAP = average evaporation intensity during rainfall from a wet canopy, [0.d0..10.d0 cm, R] + + T PFREE PSTEM SCANOPY AVPREC AVEVAP + 0.0 0.9 0.05 0.4 6.0 1.5 + 365.0 0.9 0.05 0.4 6.0 1.5 +* End of table +*********************************************************************************************** + +*********************************************************************************************** +* Part 10: Root density distribution and root growth + +* List relative root density [0..1 -, R], as function of rel. rooting depth [0..1 -, R]: + +* Rdepth Rdensity (maximum 11 records) + RDCTB = + 0.000 1.0 + 0.333 1.0 + 0.500 0.2 + 1.000 0.0 +* End of table +************************************************************************************ + + +*** IRRIGATION SCHEDULING SECTION *** + +********************************************************************************** +* Part 1: General + + SCHEDULE = 0 ! Switch for application irrigation scheduling [Y=1, N=0] + +* If SCHEDULE = 0, no more information is required in this input file! +* If SCHEDULE = 1, continue .... + + STARTIRR = 30 3 ! Specify day and month after which irrigation scheduling is allowed [dd mm] + CIRRS = 0.0 ! solute concentration of scheduled irrig. water, [0..100 mg/cm3, R] + ISUAS = 1 ! Switch for type of irrigation method: + ! 0 = sprinkling irrigation + ! 1 = surface irrigation +********************************************************************************** + + +********************************************************************************** +* Part 2: Irrigation time criteria + +* Choose one or a combination of the following 5 timing options: + +*** Daily stress *** + + TCS1 = 1 ! Switch, criterion Daily Stress, [Y=1, N=0] + +* If TCS1 = 1, specify mimimum of ratio actual/potential transpiration Trel [0..1, R], +* as function of development stage DVS_tc1 [0..2, R], maximum 7 records: + + DVS_tc1 Trel + 0.0 0.95 + 2.0 0.95 +* End of table + +*** Depletion of Readily Available Water *** + + TCS2 = 0 ! Switch, criterion Depletion of Readily Available Water, [Y=1, N=0] + +* If TCS2 = 1, specify minimal fraction of readily available water RAW [0..1, R], +* as function of development stage DVS_tc2 [0..2, R], maximum 7 records: + + DVS_tc2 RAW + 0.0 0.95 + 2.0 0.95 +* End of table + +*** Depletion of Totally Available Water *** + + TCS3 = 0 ! Switch, criterion Depletion of Totally Available Water, [Y=1, N=0] + +* If TCS3 = 1, specify minimal fraction of totally available water TAW [0..1, R], +* as function of development stage DVS_tc3 [0..2, R], maximum 7 records: + + DVS_tc3 TAW + 0.0 0.50 + 2.0 0.50 +* End of table + +*** Depletion Water Amount *** + + TCS4 = 0 ! Switch, criterion Depletion Water Amount, [Y=1, N=0] + +* If TCS4 = 1, specify maximum amount of water depleted below field cap. DWA [0..500 mm, R], +* as function of development stage DVS_tc4 [0..2, R], maximum 7 records: + + DVS_tc4 DWA + 0.0 40.0 + 2.0 40.0 +* End of table + +*** Pressure head or Moisture content *** + + TCS5 = 0 ! Switch, criterion pressure head or moisture content, [Y=1, N=0] + +* If TCS5 = 1, specify: + PHORMC = 0 ! Switch, use pressure head (PHORMC=0) or water content (PHORMC=1) + DCRIT = -30.0! Depth of the sensor [-100..0 cm, R] + +* Also specify critical pressure head [-1.d6..-100 cm, R] or moisture content +* [0..1.0 cm3/cm3, R], as function of development stage DVS_tc5 [0..2, R]: + + DVS_tc5 Value_tc5 + 0.0 -1000.0 + 2.0 -1000.0 +* End of table +********************************************************************************** + + +********************************************************************************** +* Part 3: Irrigation depth criteria + +* Choose one of the following 2 options: + +*** Back to Field Capacity *** + + DCS1 = 1 ! Switch, criterion Back to Field Capacity, [Y=1, N=0] + +* If DCS1 = 1, specify amount of under (-) or over (+) irrigation dI [-100..100 mm, R], +* as function of development stage DVS_dc1 [0..2, R], maximum 7 records: + + DVS_dc1 dI + 0.0 10.0 + 2.0 10.0 +* End of table + +*** Fixed Irrigation Depth *** + + DCS2 = 0 ! Switch, criterion Fixed Irrigation Depth, [Y=1, N=0] + +* If DCS2 = 1, specify fixed irrigation depth FID [0..400 mm, R], +* as function of development stage DVS_dc2 [0..2, R], maximum 7 records: + + DVS_dc2 FID + 0.0 60.0 + 2.0 60.0 +* End of table + +* End of .crp file ! diff --git a/Malanta/recreation/rswap_observed_data.csv b/Malanta/recreation/rswap_observed_data.csv new file mode 100644 index 0000000000000000000000000000000000000000..8f6661840656cf3f9708448ba5e38cbc3f6d54f6 --- /dev/null +++ b/Malanta/recreation/rswap_observed_data.csv @@ -0,0 +1,37 @@ +DATE,WC_10 +2020-07-17,0.08 +2018-07-31,0.09 +2018-07-04,0.1 +2018-06-18,0.12 +2018-09-28,0.13 +2019-07-02,0.13 +2019-07-17,0.13 +2019-08-13,0.13 +2020-07-09,0.13 +2018-05-07,0.14 +2018-09-13,0.14 +2020-05-06,0.14 +2020-07-31,0.14 +2018-06-05,0.15 +2019-06-18,0.15 +2018-05-22,0.16 +2020-08-25,0.17 +2018-08-30,0.18 +2019-09-25,0.18 +2018-04-24,0.19 +2020-09-21,0.19 +2019-07-31,0.2 +2020-04-21,0.2 +2020-09-09,0.2 +2020-08-12,0.21 +2018-04-10,0.22 +2018-08-13,0.23 +2018-07-12,0.24 +2019-06-03,0.25 +2019-08-27,0.25 +2019-04-11,0.26 +2019-04-26,0.26 +2019-09-11,0.26 +2019-05-07,0.28 +2020-06-22,0.28 +2019-05-24,0.32 diff --git a/Malanta/recreation/swap.swp b/Malanta/recreation/swap.swp new file mode 100644 index 0000000000000000000000000000000000000000..b532f047522fb388ec69c6162a7d9b093c011b72 --- /dev/null +++ b/Malanta/recreation/swap.swp @@ -0,0 +1,258 @@ +* SWAP main file created by rswap 0.5.0 at 2024-10-11 12:03:14.175582 +PROJECT = 'Malanta' +PATHWORK = 'Control/rswap/' ! changed by rswap v0.5.0 @ 2024-10-11 12:03:14.151215 +PATHATM = 'Control/rswap/' ! changed by rswap v0.5.0 @ 2024-10-11 12:03:14.153015 +PATHCROP = 'Control/rswap/' ! changed by rswap v0.5.0 @ 2024-10-11 12:03:14.155338 +PATHDRAIN = 'Control/rswap/' ! changed by rswap v0.5.0 @ 2024-10-11 12:03:14.156593 +SWSCRE = 0 ! changed by rswap v0.5.0 @ 2024-10-11 12:03:14.1576 +SWERROR = 1 +TSTART = 2018-01-01 +TEND = 2020-12-31 +NPRINTDAY = 1 +SWMONTH = 0 +PERIOD = 1 +SWRES = 0 +SWODAT = 0 +SWYRVAR = 0 +DATEFIX = 31 12 +OUTFIL = 'result' +SWHEADER = 0 +SWWBA = 0 +SWEND = 0 +SWVAP = 1 +SWBAL = 1 +SWBLC = 1 +SWSBA = 1 +SWATE = 0 +SWBMA = 0 +SWDRF = 0 +SWSWB = 0 +SWINI = 0 +SWINC = 1 +SWCRP = 0 +SWSTR = 0 +SWIRG = 0 +SWCSV = 1 ! changed by rswap v0.5.0 @ 2024-10-11 12:03:14.158581 +INLIST_CSV = 'RAIN,WC[-10]' ! changed by rswap v0.5.0 @ 2024-10-11 12:03:14.173246 +SWCSV_TZ = 1 +INLIST_CSV_TZ = 'wc,temp' +SWAFO = 0 +SWAUN = 0 +CRITDEVMASBAL = 0.00001 +SWDISCRVERT = 0 +NUMNODNEW = 6 +METFIL = 'Malanta.met' +LAT = 48.32 +SWETR = 0 +ALT = 175.0 +ALTW = 2.0 +ANGSTROMA = 0.25 +ANGSTROMB = 0.5 +SWDIVIDE = 1 +SWMETDETAIL = 0 +NMETDETAIL = 24 +SWETSINE = 0 +SWRAIN = 0 +RAINFIL = 'wagrain' +SWCROP = 1 +RDS = 100.0 +SWIRFIX = 0 +SWIRGFIL = 0 +IRGFIL = 'testirri' +SWINCO = 1 +GWLI = -75.0 +INIFIL = 'result.end' +SWPONDMX = 0 +PONDMX = 0.0 +RSRO = 0.5 +RSROEXP = 1.0 +SWRUNON = 0 +RUFIL = 'swap.inc' +CFEVAPPOND = 1.25 +SWCFBS = 0 +CFBS = 0.5 +RSOIL = 30.0 +SWREDU = 1 +COFREDBL = 0.35 +RSIGNI = 0.5 +COFREDBO = 0.35 +SWSOPHY = 0 +FILENAMESOPHY = 'topsoil_sand_b2.csv' 'subsoil_sand_o2.csv' +SWHYST = 0 +TAU = 0.2 +SWMACRO = 0 +SWSNOW = 0 +SNOWINCO = 22.0 +TEPRRAIN = 2.0 +TEPRSNOW = -2.0 +SNOWCOEF = 0.3 +SWFROST = 0 +TFROSTSTA = 2.0 +TFROSTEND = -10.0 +DTMIN = 0.000001 +DTMAX = 0.04 +GWLCONV = 100.0 +CRITDEVH1CP = 0.01 +CRITDEVH2CP = 0.1 +CRITDEVPONDDT = 0.0001 +MAXIT = 30 +MAXBACKTR = 3 +SWKMEAN = 1 +SWKIMPL = 0 +SWDRA = 0 +DRFIL = 'Gr_803' +SWBBCFILE = 0 +SWBOTB = 7 +SW2 = 2 +SINAVE = 0.1 +SINAMP = 0.05 +SINMAX = 91.0 +SWBOTB3RESVERT = 0 +SWBOTB3IMPL = 0 +SHAPE = 0.79 +HDRAIN = -110.0 +RIMLAY = 500.0 +SW3 = 1 +AQAVE = -140.0 +AQAMP = 20.0 +AQTMAX = 120.0 +AQPER = 365.0 +SW4 = 1 +SWQHBOT = 2 +COFQHA = 0.1 +COFQHB = 0.5 +COFQHC = 0.05 +BBCFIL = ' ' +SWHEA = 0 +SWCALT = 1 +TAMPLI = 10.0 +TMEAN = 15.0 +TIMREF = 90.0 +DDAMP = 50.0 +SWTOPBHEA = 1 +TSOILFILE = 'swap' +SWBOTBHEA = 1 +SWSOLU = 0 +CPRE = 0.0 +CDRAIN = 0.1 +SWBOTBC = 0 +CSEEP = 0.1 +DDIF = 0.0 +TSCF = 0.0 +SWSP = 0 +FREXP = 0.9 +CREF = 1.0 +SWDC = 0 +GAMPAR = 0.0 +RTHETA = 0.3 +BEXP = 0.7 +SWBR = 0 +DAQUIF = 110.0 +POROS = 0.4 +KFSAT = 0.2 +DECSAT = 1.0 +CDRAINI = 0.2 +CROPSTART CROPEND CROPFIL CROPTYPE +2017-08-15 2018-08-20 'WintCer1' 1 +2018-08-25 2018-09-05 'WintCer1' 1 +2019-04-20 2019-10-15 'MaizeS_4' 1 +2020-03-22 2020-07-15 'PeaS' 1 +* End of table +DATE1 GWLEVEL +2002-01-01 -95.0 +2004-12-31 -95.0 +* End of table +DATE2 QBOT2 +2002-01-01 0.10 +2002-06-30 0.20 +2002-12-23 0.15 +* End of table +DATE3 HAQUIF +2002-01-01 -95.0 +2002-06-30 -110.0 +2002-12-23 -70.0 +* End of table +DATE4 QBOT4 +2002-01-01 1.00 +2002-06-30 -0.15 +2002-12-23 1.20 +* End of table +DATE5 HBOT5 +2002-01-01 -95.0 +2002-06-30 -110.0 +2002-12-23 -70.0 +* End of table +DATEC CSEEPARR +2002-01-01 25.0 +2002-06-30 40.0 +2002-12-23 25.0 +* End of table +DATEPMX PONDMXTB +2002-01-01 0.2 +2004-12-31 0.2 +* End of table +DATET TBOT +2002-01-01 -15.0 +2002-06-30 -20.0 +2002-12-23 -10.0 +* End of table +HTAB QTAB +-0.1 -0.35 +-70.0 -0.05 +-125.0 -0.01 +* End of table +IRDATE IRDEPTH IRCONC IRTYPE +2020-01-05 5.0 1000.0 1 +* End of table +ISUBLAY ISOILLAY HSUBLAY HCOMP NCOMP +1 1 20.0 1.0 20 +2 2 30.0 5.0 6 +3 3 50.0 10.0 5 +* End of table +LDIS KF DECPOT FDEPTH +5.0 0.0001389 0.0 1.00 +5.0 0.0001378 0.0 0.65 +* End of table +ORES OSAT ALFA NPAR KSATFIT LEXP ALFAW H_ENPR KSATEXM BDENS +0.11 0.400 0.2116 1.179 190.00 -1.0 0.0542 0.0 210.60 1420.0 +0.04 0.430 0.1450 2.680 712.80 -1.0 0.0542 0.0 720.00 1420.0 +0.04 0.430 0.1450 2.680 712.80 -1.0 0.0542 0.0 720.00 1420.0 +* End of table +PSAND PSILT PCLAY ORGMAT +0.4 0.5 0.1 0.1 +0.4 0.5 0.1 0.05 +0.4 0.5 0.1 0.05 +0.1 0.5 0.4 0.02 +* End of table +TIME RAINFLUX +1.0 20.0 +360.0 20.0 +* End of table +ZC CML +-10.0 0.0 +-95.0 0.0 +* End of table +ZH TSOIL +-10.0 15.0 +-40.0 12.0 +-70.0 10.0 +-95.0 9.0 +* End of table +ZI H +-0.5 -200.0 +-10.0 -5.0 +-20.0 -150.0 +-40.0 -1000.0 +-195.0 20.0 +* End of table +DZNEW = +10.0 10.0 10.0 20.0 30.0 50.0 +* End of table +OUTDAT = +2003-12-31 +2004-12-31 +* End of table +OUTDATINT = +2002-01-31 +2004-12-31 +* End of table diff --git a/Malanta/swap.exe b/Malanta/swap.exe new file mode 100644 index 0000000000000000000000000000000000000000..97d0b0ebda9c26270adfad8b0ff395da219f18f3 Binary files /dev/null and b/Malanta/swap.exe differ