SWITCH PARAMETERS
0         isc            =0/1 SC: read/calc
0         icn            =0/1 CN: dif for soils/cnum1,cnum3 for all
0         idlef          =0/1 day length effect in crop: without/with
1         intercep       =0/1 INTERCEPTION: WITHOUT/WITH
1         iemeth         =0/1,2 EVAPORATION: Priestley-Taylor/Turc-Ivanov / Turc-Ivanov no monthly correction
0         idvwk          =0/1 EVAPORATION CALCULUS: DVWK-Merkblatt 238
1         netcdf         =0/1 use NetCDF climate data instead of clim?.dat files
0         subcatch       =0/1, all subs same parameters/individual parameterization (requires input files subcatch.def and subcatch.bsn)
0         landmgt        =0/1, land mgt hard coded / mgt from input file landmgt.csv
0         bResModule     =0/1, reservoir module off / reservoir module on
1         bSnowModule    =0/1, snow module off / snow module on ! NOTE: This module is also extremely useful for mountainous catchments not affected by snow. Preciptiation and temperature is corrected by HRU elevation.
0         radiation      =0/1, 0 = read radiation data from clim1; 1 = calculate radiation after Hargreaves (latitude in degrees in file stat-outdat.csv) required!
0         bDormancy      =0/1, day length threshold for dormancy of natural vegetation: 0 = do not limit or extent; 1 = calculate from subbasin latitude
0         bRunoffDat     =0/1, 0 = do not read runoff.dat; 1 = read runoff.dat (required only to calculate performance criteria during runtime)
1         b3SubFiles     =0/1, 0 = read single .sub, .rte, .gw files from 'Sub' directory; 1 = read only three files from directory 'Sub3'
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BASIN, INITIALIZATION & CALIBRATION PARAMETERS
da                                            BASIN PARAMETERS
266786.82
cnum1     cnum2     cnum3                     Curve number, if icn=1
2    	  1         2
ecal      thc       epco      ec1             EVAPORATION PARAMETERS
1.2       1.0       1.0       0.135
gwq0      abf0      bff                       Groundwater parameters
0.200     0.100     0.5
ekc0      prf       spcon     spexp           Erosion parameters
1.000     1.000     0.0000    1.000
snow1     storc1    stinco                    Initial water storage
0.000     0.500     0.900
chwc0     chxkc0    chcc0     chnnc0          Channel parameters
1.0       1.00      1.000     1.0
roc1      roc2      roc3      roc4            Routing coefficients
1.000     5.200     1.000     8.500
sccor     prcor     rdcor                     Correction factors
1.500     1.000     1.000
retNsur   retNsub   retNgrw   retPsur         N & P RETENTION TIME
5.000     365.000   15000.000 20.000
degNsur   degNsub   degNgrw   degPsur         N & P DECOMPOSITION RATE
0.020     0.300     0.300     0.020
tsnfall   tmelt     smrate    gmrate          SNOW FALL&MELT PARAMETERS
0.000     0.000     1.000     1.0
xgrad1    tgrad1    ulmax0    rnew            ELEVATION-BASED CORRECTION FOR PRECIP AND TEMPERATURE
0.0008   -0.005      1.0      0.08
tlrch     evrch     tlgw                      TRANSMISSION LOSSES (TL) OF CHANNELS
1.0       1.0       2                         # tlgw: 0 = TL to shallow aquifer, 1 = TL to deep gw, 2 = to both in equal terms
maxup                                         Riparian zone parameters
7.00000
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CO2 EFFECT ON NET PHOTOSYNTHESIS (alpha) & TRANSPIRATION (beta)
(ialpha,ibeta) = (1,0) OR (1,1) ONLY FOR SCENARIO PERIODS!
ialpha    ibeta     C3C4crop  CO2-ref   CO2-scen
0/1       0/1       3/4       346       406-436   OPTIONS & RANGES
0         0         0         0         0
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