source: branches/2016/dev_v3.20_2016_gravity_drainage/INPUT/BARROW/source_3.20/forcing.param.1d

#--------------------------------------------------------------------------------------------------
# Parameter file for forcing
# LIM1D, version source_3.01 - BARROW forcing for intercomparison project
#--------------------------------------------------------------------------------------------------
# ts_forc       time step of the forcing
86400
# n0_forc       number of the first time step in forcing file wrt 1/1/2009 - 29/01/2009 0:00 = ts 673
29
# n1_forc       number of the forcing.nc last time step relative to 1/1/2009 - 30/06/2009 28:00 = ts 4321
181
#--------------------------------------------------------------------------------------------------
# forc_swi      0=read in nc, 1-N=computed, 99=prescribed
# forc_uni      multiplication factor compared to SI units
# forc_val      constant value in case of prescribed value (forc_swi = 99)
#--------------------------------------------------------------------------------------------------
# forc_swi      forc_uni        forc_val
# shortwave radiation (W/m2) ; 1=Shine; 2=Zillmann
0       1.0     0.0
# longwave radiation (W/m2); 1=Efimova; 2=Berliand
0       1.0     0.0
# incident PAR (muE/m2/s); 1=Computed from shortwave
1       1.0     0.0
# air temperature (K)
0       1.0     260.0
# atmospheric pressure (Pa)
0       1.0     0.0
# specific humidity (kg/kg) ! there is a bias at ISPOL
0       1.0     0.00
# wind speed (m/s)
0       1.0     0.0
# cloudiness (0-1)
0       1.0     0.0
# oceanic heat flux (W/m2) ; 5. is the ref
99      1.0     1.8
# snowfall (dimensions=length/timestep) 0.012 - 1h - SEB CHANGE BELOW forc_uni 3600.
0       3600.00 0.0
# albedo (0-1); 1=Shine & Henderson-Sellers, 2=parameterized using obs from ISPOL
1       1.00    0.70
#--------------------------------------------------------------------------------------------------
# Some parameters
#--------------------------------------------------------------------------------------------------
# opt_dept : optical depth (m) in Efimova 1961 parameterization; SIMBA - 16.297; ISPOL - ; BARROW - WHY 30. ?
12.0