#ECH2O configuration file v1.7 # #Folder section # Maps_Folder = /mnt/DataDrive2/data/watershed_modeling/user_outputs/zaholdenfs@gmail.com/riceridge_3pts/rice1//Spatial/ Clim_Maps_Folder = /mnt/DataDrive2/data/watershed_modeling/user_outputs/zaholdenfs@gmail.com/riceridge_3pts/rice1//Climate/ Output_Folder = /mnt/DataDrive2/data/watershed_modeling/user_outputs/zaholdenfs@gmail.com/riceridge_3pts/rice1//Results/ MapTypes = csf Species_State_Variable_Input_Method = maps # maps or tables # # Options section # # Boolean switches Skip_map_checks = 0 Vegetation_dynamics = 0 Plant_hydraulics = 1 Supress_root_dynamics = 1 Reinfiltration = 1 Channel = 0 # TOGGLE SWITCHES: # Aerodynamic resistance choices: # 0 = Penman Monteith option # 1 = Thom and Oliver 1977 Aerodyn_resist_opt = 0 # Soil resistance to vapor diffusion choices: # 0 = No resistance: # 1 = Passerat de Silans et al 1989 # 2 = Thom and Oliver 1977 # 3 = Sakaguchi and Zeng 2009 Soil_resistance_opt = 2 # # Time variables section Simul_start = 0 # always 0 Simul_end = 157766400 Simul_tstep = 10800 Clim_input_tstep = 10800 Report_interval = 10800 # # Base map section # DEM = dem.map ClimateZones = ClimZones.map ForestPatches = patches.map # # Climate input information # Maps in this section to be contained in folder pointed by Clim_Maps_Folder # Snow_rain_temp_threshold = 2 # Snow to rain temperatures threshold in degC Isohyet_map = isohyet.map Precipitation = precip.bin AirTemperature = tavg.bin MaxAirTemp = tmax.bin MinAirTemp = tmin.bin RelativeHumidity = rhavg.bin WindSpeed = wind.bin IncomingLongWave = lwrad.bin IncomingShortWave = swrad.bin # # Spatial input information # Maps below this lineto be contained in folder pointed by Maps_Folder # Albedo = albedo.map Surface_emissivity = emissivity.map Dry_Soil_Heat_Capacity = soilheatcap.map Dry_Soil_Therm_Cond = soilthermalK.map Damping_depth = dampdepth.map Temp_at_damp_depth = temp_damp.map Snow_Melt_Coeff = snowmeltCoeff.map # # Drainage network # local_drain_direc = ldd.map channel_width = chanwidth.map channel_gw_transfer_param = chanparam.map mannings_n = chanmanningn.map # # Hydrologic Initial Conditions # Forest Initial states are included as maps or tables # Streamflow = streamflow.map snow_water_equivalent = swe.map Soil_moisture_1 = SWCL1.map Soil_moisture_2 = SWCL2.map Soil_moisture_3 = SWCL3.map Soil_temperature = soiltemp.map # #Soil parameters # Slope = slope.map Horiz_Hydraulic_Conductivity = keff.map Vert_Horz_Anis_ratio = KvKh.map Terrain_Random_Roughness = randrough.map Porosity = poros.map Air_entry_pressure = psi_ae.map Brooks_Corey_lambda = BClambda.map Residual_soil_moisture = theta_r.map Soil_depth = depth.map Depth_soil_layer_1 = depth_soil1.map Depth_soil_layer_2 = depth_soil2.map Veget_water_use_param1 = Wc.map Veget_water_use_param2 = Wp.map Fraction_roots_soil_layer_1 = rootfrac1.map Fraction_roots_soil_layer_2 = rootfrac2.map Soil_bedrock_leakance = leakance.map # #Forest Parameters and initial states # Number_of_Species = 1 Species_Parameters = SpeciesParams_v5.6_stomata_04272022.tab #Tables below are only needed if Species_State_Variable_Input_Method = tables Species_Proportion_Table = SpecsProp.tab Species_StemDensity_Table = SpecsStemDens.tab Species_LAI_Table = SpecsLAI.tab Species_AGE_Table = SpecsAge.tab Species_BasalArea_Table = SpeciesBasalArea.tab Species_Height_table = SpeciesHeight.tab Species_RootMass_table = SpecsRootDensity.tab # #Report map section # Report_Long_Rad_Down = 0 Report_Short_Rad_Down = 0 Report_Precip = 0 Report_Rel_Humidity = 0 Report_Wind_Speed = 0 Report_AvgAir_Temperature = 0 Report_MinAir_Temperature = 0 Report_MaxAir_Temperature = 0 Report_Anthropogenic_Heat = 0 Report_SWE = 0 Report_Infilt_Cap = 0 Report_Streamflow = 0 Report_Soil_Water_Content_Average = 0 Report_Soil_Water_Content_L1 = 0 Report_Soil_Water_Content_L2 = 0 Report_Soil_Water_Content_L3 = 0 Report_Soil_Sat_Deficit = 0 Report_Ground_Water = 0 Report_Soil_ETP = 0 Report_Soil_Net_Rad = 0 Report_Soil_LE = 0 Report_Sens_Heat = 0 Report_Grnd_Heat = 0 Report_Snow_Heat = 0 Report_Soil_Temperature = 0 Report_Skin_Temperature = 0 Report_Veget_frac = 0 Report_Stem_Density = 0 Report_Leaf_Area_Index = 0 Report_Stand_Age = 0 Report_Canopy_Conductance = 0 Report_GPP = 0 Report_NPP = 0 Report_Basal_Area = 0 Report_Tree_Height = 0 Report_Root_Mass = 0 Report_Canopy_Temp = 0 Report_Canopy_NetR = 0 Report_Canopy_LE = 0 Report_Canopy_Sens_Heat = 0 Report_Canopy_Water_Stor = 0 Report_Transpiration = 0 Report_LeafWaterPotential = 0 # #Report time series section # Ts_OutletDischarge = 0 TS_mask = Tsmask.map Ts_Long_Rad_Down = 0 Ts_Short_Rad_Down = 0 Ts_Precip = 0 Ts_Rel_Humidity = 0 Ts_Wind_Speed = 0 Ts_AvgAir_Temperature = 0 Ts_MinAir_Temperature = 0 Ts_MaxAir_Temperature = 0 Ts_SWE = 1 Ts_Infilt_Cap = 0 Ts_Streamflow = 0 Ts_Soil_Water_Content_Average = 1 Ts_Soil_Water_Content_L1 = 1 Ts_Soil_Water_Content_L2 = 1 Ts_Soil_Water_Content_L3 = 0 Ts_Soil_Sat_Deficit = 0 Ts_Soil_ETP = 0 Ts_Soil_Net_Rad = 0 Ts_Soil_LE = 0 Ts_Sens_Heat = 0 Ts_Grnd_Heat = 0 Ts_Snow_Heat = 0 Ts_Soil_Temperature = 1 Ts_Skin_Temperature = 1 Ts_Veget_frac = 0 Ts_Stem_Density = 0 Ts_Leaf_Area_Index = 0 Ts_Stand_Age = 0 Ts_Canopy_Conductance = 0 Ts_GPP = 0 Ts_NPP = 0 Ts_Basal_Area = 0 Ts_Tree_Height = 0 Ts_Root_Mass = 0 Ts_Canopy_Temp = 0 Ts_Canopy_NetR = 0 Ts_Canopy_LE = 0 Ts_Canopy_Sens_Heat = 0 Ts_Canopy_Water_Stor = 0 Ts_Transpiration = 1 Ts_LeafWaterPotential = 1 Ts_Anthropogenic_Heat = 0