########################################################################################################## # DHSVM INPUT FILE FORMAT ########################################################################################################## # The file is organized in sections [...], which contain key = entry pairs. # The file is free format, in that correct reading of the file is not dependent # on spaces and/or the order of the key-entry pairs within a section. # The keys are not case-sensitive, but the entries are, because filenames on a # UNIX platform are case-sensitive. # Comments are preceded by a '#', and run from the occurrence of '#' till the # end of the line. You can comment out an entire line (like in this # header), or you can place a comment after an entry. # It is important to place the key-entry pair in the correct section, since it # will not be found if it is in another section. # The easiest way to make the input file is to fill out this default template. # Since DHSVM will only use the keys that it requires you do not have to worry # about empty entries for keys that are not needed. For example, if you are # running the model in point mode, you do not have to fill out the routing # section. If you have already filled it out you can leave it, since DHSVM will # not use the information. This allows easy switching between point and basin # mode. # For more information about the specific entries see the DHSVM web page # the soil parameters are copied from Lan's lowland INPUT File (with extremely # low lateral conductivity $ changed the station from 1 to 2 ########################################################################################################## # OPTIONS SECTION ########################################################################################################## [OPTIONS] # Model Options Format = BIN # BIN or NETCDF Extent = BASIN # POINT or BASIN Gradient = WATERTABLE # TOPOGRAPHY or WATERTABLE Flow Routing = NETWORK # UNIT_HYDROGRAPH or NETWORK (StrEnv[flow_routing]) Sensible Heat Flux = FALSE # TRUE or FALSE Sediment = FALSE # TRUE or FALSE Sediment Input File = # path for sediment configuration file Overland Routing = CONVENTIONAL # CONVENTIONAL or KINEMATIC (StrEnv[routing]) Infiltration = STATIC # Static or Dynamic Interpolation = VARCRESS # NEAREST or INVDIST or VARCRESS MM5 = FALSE # TRUE or FALSE QPF = FALSE # TRUE or FALSE PRISM = FALSE # TRUE or FALSE PRISM data path = # path for PRISM files PRISM data extension = bin # file extension for PRISM files Gridded Met data = TRUE # TRUE or FALSE Canopy radiation attenuation mode = FIXED # FIXED or VARIABLE Shading = TRUE # TRUE or FALSE Shading data path = input/Shadow Shading data extension = bin # File extension for shading files Skyview data path = input/SkyView.bin Snotel = FALSE # TRUE or FALSE Outside = TRUE # TRUE or FALSE Rhoverride = FALSE # TRUE or FALSE Precipitation Source = STATION # STATION or RADAR Wind Source = STATION # STATION or MODEL Temperature lapse rate = CONSTANT # CONSTANT or VARIABLE Precipitation lapse rate = CONSTANT # CONSTANT, MAP, or VARIABLE Cressman radius = 10 # in model pixels Cressman stations = 4 # the maximum stations for interpolation Stream Temperature = FALSE Riparian Shading = FALSE # TRUE or FALSE Canopy Shading = TRUE Improved Radiation Scheme = FALSE # TRUE OR FALSE ########################################################################################################## # MODEL AREA SECTION ########################################################################################################## [AREA] # Model area Coordinate System = UTM # UTM or USER_DEFINED Extreme North = 5275500 # Coordinate for northern edge of grid Extreme West = 514452.13552795 # Coordinate for western edge of grid Center Latitude = 47.58 # Central parallel of basin Center Longitude = -122.75 # Central meridian of basin Time Zone Meridian = -120.0 # Time zone meridian for area Number of Rows = 252 # Number of rows Number of Columns = 214 # Number of columns Grid spacing = 40 # Grid resolution in m Point North = # North coordinate for point model if Extent = POINT Point East = # East coordinate for point modelif Extent = POINT ########################################################################################################## # TIME SECTION ########################################################################################################## [TIME] # Model period Time Step = 1 # Model time step (hours) Model Start = 10/01/1982-00 Model End = 12/31/2015-23 ########################################################################################################## # CONSTANTS SECTION ########################################################################################################## [CONSTANTS] # Model constants Ground Roughness = 0.02 # Roughness of soil surface (m) Snow Roughness = 0.01 # Roughness of snow surface (m) Rain Threshold = -1.0 # Minimum temperature at which rain occurs (C) Snow Threshold = 0.5 # Maximum temperature at which snow occurs (C) Snow Water Capacity = 0.03 # Snow liquid water holding capacity(fraction) Reference Height = 70.0 # Reference height (m) Rain LAI Multiplier = 0.002249 Snow LAI Multiplier = 0.0005 # LAI Mulitplier for snow interception Min Intercepted Snow = 0.005 # Intercepted snow that can only be melted (m) Outside Basin Value = 0 # Value in mask that indicates outside the basin Temperature Lapse Rate = -0.0065 # Temperature lapse rate (C/m) Precipitation Lapse Rate = 0.0009 # Precipitation lapse rate (m/m) Precipitation Multiplier = 0.05 Albedo Accumulation Lambda = 0.92 # Lambda for accumulation period Albedo Melting Lambda = 0.4 # Lambda for melting period Albedo Accumulation Min = 0.7 # Min albedo value during accumulation period Albedo Melting Min = 0.4 # Min albedo value during melting period ####################Only if CanopyShading is TRUE############################### Tree Height = 10 Buffer Width = 5 Overhang Coefficient = 0 Monthly Extinction Coefficient = 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 Canopy Bank Distance = 0.01 # distance from bank to canopy (m) ########################################################################################################## # TERRAIN INFORMATION SECTION ########################################################################################################## [TERRAIN] # Terrain information DEM File = ./input/dem.bin Basin Mask File = ./input/mask.bin ########################################################################################################## # ROUTING SECTION ########################################################################################################## [ROUTING] # Routing information. This section is # only relevant if the Extent = BASIN ############################### STREAM NETWORK ########################################################### # The following three fields are only used if Flow Routing = NETWORK Stream Map File = input/stream.map_40m-75k.dat Stream Network File = input/stream.network_40m-75k.dat Stream Class File = input/adjust.classfile_40m-75k Riparian Veg File = ./input/rveg.baseline.network ################################### ROAD NETWORK ######################################################### # The following three fields are only used if Flow Routing = NETWORK and there # is a road network #Road Map File = # path for road map file #Road Network File = # path for road network file #Road Class File = # path for road network file #################################### UNIT HYDROGRAPH ##################################################### # The following two fields are only used if Flow Routing = UNIT_HYDROGRAPH Travel Time File = # path for travel time file Unit Hydrograph File = # path for unit hydrograph file ########################################################################################################## # METEOROLOGY SECTION ########################################################################################################## [METEOROLOGY] # Meteorological station Grid Rows = 500 Grid Cols = 600 Extreme North Lat = 47.6273 Extreme East Lon = -122.6874 Grid Size = 0.0625 Met file path = /home/disk/tsuga2/jswon11/workdir/2019_03_kitsap-dhsvm/forcs/PTscale_p20/data_ #Number of Stations = 1 # Number of meteorological stations #Station Name 1 = Lawler # Name for station 1 #North Coordinate 1 = 5269648.000000 # North coordinate of station 1 #East Coordinate 1 = 517513.500000 # East coordinate of station 1 #Elevation 1 = 200.00000 # Elevation of station 1 in m #Station File 1 = /home/disk/tsuga2/jswon11/workdir/2019_03_kitsap-dhsvm/scripts/data_test/data_47.5800_-122.7671 ############################################### MM5 ###################################################### # The following block only needs to be filled out if MM5 = TRUE. In that case # This is the ONLY block that needs to be filled out MM5 Start = # Start of MM5 file (MM/DD/YYYY-HH), MM5 Rows = MM5 Cols = MM5 Extreme North = MM5 Extreme West = MM5 DY = # MM5 met files MM5 Temperature File = MM5 Humidity File = MM5 Wind Speed File = MM5 Shortwave File = MM5 Longwave File = MM5 Pressure File = MM5 Precipitation File = MM5 Terrain File = MM5 Temp Lapse File = # For each soil layer make a key-entry pair as below (n = 1, .., # Number of Soil Layers) MM5 Soil Temperature File 0 = MM5 Soil Temperature File 1 = MM5 Soil Temperature File 2 = ######################################### RADAR ########################################################## # The following block only needs to be filled out if Precipitation Source = # RADAR. Radar Start = Radar File = Radar Extreme North = Radar Extreme West = Radar Number of Rows = Radar Number of Columns = Radar Grid Spacing = ########################################## Wind ########################################################## # The following block only needs to be filled out if Wind Source = MODEL Number of Wind Maps = Wind File Basename = Wind Map Met Stations = ########################################## Precipitation lapse rate ###################################### # The following block only needs to be filled out if Precipitation lapse rate # = MAP Precipitation lapse rate = ########################################################################################################## # SOILS INFORMATION SECTION ########################################################################################################## [SOILS] # Soil information Soil Map File = /home/disk/tsuga2/jswon11/workdir/2019_03_kitsap-dhsvm//model/kitsap//input/soil_36map.bin Soil Depth File = /home/disk/tsuga2/jswon11/workdir/2019_03_kitsap-dhsvm//model/kitsap//input/soild.bin Number of Soil Types = 36 ########################################## SOIL 1 ######################################################### Soil Description 1 = SAND Lateral Conductivity 1 = 0.1 Exponential Decrease 1 = 3.0 Depth Threshold 1 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 1 = 2.0e-1 Capillary Drive 1 = 0.09 # http://www.tucson.ars.ag.gov/icrw/Proceedings/Hantush.pdf # the value must be filled out but is not used in computation # if INFILTRATION = STATIC Surface Albedo 1 = 0.1 Number of Soil Layers 1 = 3 Porosity 1 = .43 .43 .43 Pore Size Distribution 1 = .24 .24 .24 Bubbling Pressure 1 = .07 .07 .07 Field Capacity 1 = .08 .08 .08 Wilting Point 1 = .03 .03 .03 Bulk Density 1 = 1492. 1492. 1492. Vertical Conductivity 1 = 5.0E-1 5.0E-1 5.0E-1 Thermal Conductivity 1 = 7.114 6.923 6.923 Thermal Capacity 1 = 1.4e6 1.4e6 1.4e6 Mannings n 1 = 0.013 # the value must be filled out but is not used in computation # if routing = conventional ################################## SOIL 2 ######################################################### Soil Description 2 = LOAMY SAND Lateral Conductivity 2 = 0.03 Exponential Decrease 2 = 1.0 Depth Threshold 2 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 2 = 6.0e-2 Capillary Drive 2 = 0.12 Surface Albedo 2 = 0.1 Number of Soil Layers 2 = 3 Porosity 2 = .43 .43 .43 Pore Size Distribution 2 = .25 .25 .25 Bubbling Pressure 2 = .09 .09 .09 Field Capacity 2 = .10 .10 .10 Wilting Point 2 = .06 .06 .06 Bulk Density 2 = 1520. 1520. 1520. Vertical Conductivity 2 = 3.0E-1 3.0E-1 3.0E-1 Thermal Conductivity 2 = 7.114 6.923 7.0 Thermal Capacity 2 = 1.4e6 1.4e6 1.4e6 Mannings n 2 = 0.013 ################################## SOIL 3 ######################################################### Soil Description 3 = SANDY LOAM Lateral Conductivity 3 = 0.009363 ###0.001762 #0.005 #0.001 #0.0008 #0.0005 #1_0.0006 0.03 Exponential Decrease 3 = 0.277758 #0.3 #0.2 #0.165 #1.65 Depth Threshold 3 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 3 = 7e-2 Capillary Drive 3 = 0.09 Surface Albedo 3 = 0.1 Number of Soil Layers 3 = 3 Porosity 3 = .45 .45 .45 #.51 .51 .51 #.49 .49 .49 Pore Size Distribution 3 = .21 .21 .21 Bubbling Pressure 3 = .15 .15 .15 Field Capacity 3 = .14 .14 .14 Wilting Point 3 = .09 .09 .09 Bulk Density 3 = 1569. 1569. 1569. Vertical Conductivity 3 = 3.0E-1 3.0E-1 3.0E-1 Thermal Conductivity 3 = 7.114 6.923 7.0 Thermal Capacity 3 = 1.4e6 1.4e6 1.4e6 Mannings n 3 = 0.013 ################################## SOIL 4 ######################################################### Soil Description 4 = SILTY LOAM Lateral Conductivity 4 = 2.0E-5 Exponential Decrease 4 = 1.0 Depth Threshold 4 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 4 = 1.68e-5 Capillary Drive 4 = 0.09 Surface Albedo 4 = 0.1 Number of Soil Layers 4 = 3 Porosity 4 = .46 .46 .46 Pore Size Distribution 4 = .26 .26 .26 Bubbling Pressure 4 = .21 .21 .21 Field Capacity 4 = .30 .30 .30 Wilting Point 4 = .12 .12 .12 Bulk Density 4 = 1419. 1419. 1419. Vertical Conductivity 4 = 9.2E-5 9.2E-5 9.2E-5 Thermal Conductivity 4 = 7.114 6.923 7.0 Thermal Capacity 4 = 1.4e6 1.4e6 1.4e6 Mannings n 4 = 0.013 ################################## SOIL 5 ######################################################### Soil Description 5 = SILT Lateral Conductivity 5 = 2.0E-5 Exponential Decrease 5 = 1.0 Depth Threshold 5 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 5 = 3e-6 Capillary Drive 5 = 0.09 Surface Albedo 5 = 0.1 Number of Soil Layers 5 = 3 Porosity 5 = .52 .52 .52 Pore Size Distribution 5 = .33 .33 .33 Bubbling Pressure 5 = .25 .25 .25 Field Capacity 5 = .28 .28 .28 Wilting Point 5 = .08 .08 .08 Bulk Density 5 = 1280. 1280. 1280. Vertical Conductivity 5 = 9.0E-5 9.0E-5 9.0E-5 Thermal Conductivity 5 = 7.114 6.923 7.0 Thermal Capacity 5 = 1.4e6 1.4e6 1.4e6 Mannings n 5 = 0.013 ################################## SOIL 6 ######################################################### Soil Description 6 = LOAM Lateral Conductivity 6 = 8e-5 #1e-4 #6e-5 #3e-5 #3e-6 #3.0e-5 Exponential Decrease 6 = 0.5 #0.3 #0.15 #0.5 #0.11 #1.1 Depth Threshold 6 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 6 = 6e-5 Capillary Drive 6 = 0.09 Surface Albedo 6 = 0.1 Number of Soil Layers 6 = 3 Porosity 6 = .40 .40 .40 #.48 .48 .48 #.43 .43 .43 Pore Size Distribution 6 = .19 .19 .19 Bubbling Pressure 6 = .11 .11 .11 Field Capacity 6 = .20 .20 .20 #.29 .29 .29 Wilting Point 6 = .14 .14 .14 Bulk Density 6 = 1485. 1485. 1485. Vertical Conductivity 6 = 8.0E-4 8.0E-4 8.0E-4 Thermal Conductivity 6 = 7.114 6.923 7.0 Thermal Capacity 6 = 1.4e6 1.4e6 1.4e6 Mannings n 6 = 0.013 ################################## SOIL 7 ######################################################### Soil Description 7 = SANDY CLAY LOAM Lateral Conductivity 7 = 2.0e-5 Exponential Decrease 7 = 1.0 Depth Threshold 7 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 7 = 1e-5 Capillary Drive 7 = 0.09 Surface Albedo 7 = 0.1 Number of Soil Layers 7 = 3 Porosity 7 = .39 .39 .39 Pore Size Distribution 7 = .12 .12 .12 Bubbling Pressure 7 = .29 .29 .29 Field Capacity 7 = .27 .27 .27 Wilting Point 7 = .17 .17 .17 Bulk Density 7 = 1600. 1600. 1600. Vertical Conductivity 7 = 2.0E-5 2.0E-5 2.0E-5 Thermal Conductivity 7 = 7.114 6.923 7.0 Thermal Capacity 7 = 1.4e6 1.4e6 1.4e6 Mannings n 7 = 0.013 ################################## SOIL 8 ######################################################### Soil Description 8 = SILTY CLAY LOAM Lateral Conductivity 8 = 2.0e-5 Exponential Decrease 8 = 1.0 Depth Threshold 8 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 8 = 3e-6 Capillary Drive 8 = 0.09 Surface Albedo 8 = 0.1 Number of Soil Layers 8 = 3 Porosity 8 = .48 .48 .48 Pore Size Distribution 8 = .13 .13 .13 Bubbling Pressure 8 = .34 .34 .34 Field Capacity 8 = .36 .36 .36 Wilting Point 8 = .21 .21 .21 Bulk Density 8 = 1381. 1381. 1381. Vertical Conductivity 8 = 9.0E-6 9.0E-6 9.0E-6 Thermal Conductivity 8 = 7.114 6.923 7.0 Thermal Capacity 8 = 1.4e6 1.4e6 1.4e6 Mannings n 8 = 0.013 ################################## SOIL 9 ######################################################### Soil Description 9 = CLAY LOAM Lateral Conductivity 9 = 2.0e-5 Exponential Decrease 9 = 1.0 Depth Threshold 9 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 9 = 1e-6 Capillary Drive 9 = 0.09 Surface Albedo 9 = 0.1 Number of Soil Layers 9 = 3 Porosity 9 = .46 .46 .46 Pore Size Distribution 9 = .12 .12 .12 Bubbling Pressure 9 = .26 .26 .26 Field Capacity 9 = .31 .31 .31 Wilting Point 9 = .23 .23 .23 Bulk Density 9 = 1600. 1600. 1600. Vertical Conductivity 9 = 9.0E-6 9.0E-6 9.0E-6 Thermal Conductivity 9 = 7.114 6.923 7.0 Thermal Capacity 9 = 1.4e6 1.4e6 1.4e6 Mannings n 9 = 0.013 ################################## SOIL 10 ######################################################### Soil Description 10 = SANDY CLAY Lateral Conductivity 10 = 2.0e-5 Exponential Decrease 10 = 1.0 Depth Threshold 10 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 10 = 1e-5 Capillary Drive 10 = 0.09 Surface Albedo 10 = 0.1 Number of Soil Layers 10 = 3 Porosity 10 = .41 .41 .41 Pore Size Distribution 10 = .08 .08 .08 Bubbling Pressure 10 = .29 .29 .29 Field Capacity 10 = .31 .31 .31 Wilting Point 10 = .23 .23 .23 Bulk Density 10 = 1565. 1565. 1565. Vertical Conductivity 10 = 2.0E-6 2.0E-6 2.0E-6 Thermal Conductivity 10 = 7.114 6.923 7.0 Thermal Capacity 10 = 1.4e6 1.4e6 1.4e6 Mannings n 10 = 0.013 ################################## SOIL 11 ######################################################### Soil Description 11 = SILTY CLAY Lateral Conductivity 11 = 2.0e-5 Exponential Decrease 11 = 1.0 Depth Threshold 11 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 11 = 1e-6 Capillary Drive 11 = 0.09 Surface Albedo 11 = 0.1 Number of Soil Layers 11 = 3 Porosity 11 = .49 .49 .49 Pore Size Distribution 11 = .1 .1 .1 Bubbling Pressure 11 = .34 .34 .34 Field Capacity 11 = .37 .37 .37 Wilting Point 11 = .25 .25 .25 Bulk Density 11 = 1346. 1346. 1346. Vertical Conductivity 11 = 9.0E-6 9.0E-6 9.0E-6 Thermal Conductivity 11 = 7.114 6.923 7.0 Thermal Capacity 11 = 1.4e6 1.4e6 1.4e6 Mannings n 11 = 0.013 ################################## SOIL 12 ######################################################### Soil Description 12 = CLAY Lateral Conductivity 12 = 2.0e-5 Exponential Decrease 12 = 1.0 Depth Threshold 12 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 12 = 1e-6 Capillary Drive 12 = 0.09 Surface Albedo 12 = 0.1 Number of Soil Layers 12 = 3 Porosity 12 = .47 .47 .47 Pore Size Distribution 12 = .08 .08 .08 Bubbling Pressure 12 = .37 .37 .37 Field Capacity 12 = .36 .36 .36 Wilting Point 12 = .27 .27 .27 Bulk Density 12 = 1394. 1394. 1394 Vertical Conductivity 12 = 2.0E-6 2.0E-6 2.0E-6 Thermal Conductivity 12 = 7.114 6.923 7.0 Thermal Capacity 12 = 1.4e6 1.4e6 1.4e6 Mannings n 12 = 0.013 ################################## SOIL 13 ######################################################### Soil Description 13 = BEDROCK Lateral Conductivity 13 = 2.0e-5 Exponential Decrease 13 = 1.0 Depth Threshold 13 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 13 = 1e-6 Capillary Drive 13 = 0.09 Surface Albedo 13 = 0.1 Number of Soil Layers 13 = 3 Porosity 13 = .1 .1 .1 Pore Size Distribution 13 = .08 .08 .08 Bubbling Pressure 13 = .36 .36 .36 Field Capacity 13 = .05 .05 .05 Wilting Point 13 = .04 .04 .04 Bulk Density 13 = 1650. 1650. 1650. Vertical Conductivity 13 = 2.0E-6 2.0E-6 2.0E-6 Thermal Conductivity 13 = 7.114 6.923 7.0 Thermal Capacity 13 = 1.4e6 1.4e6 1.4e6 Mannings n 13 = 0.013 ################################## SOIL 14 ######################################################### Soil Description 14 = WATER Lateral Conductivity 14 = 2.0e-5 Exponential Decrease 14 = 1.0 Depth Threshold 14 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 14 = 1e-6 Capillary Drive 14 = 0.09 Surface Albedo 14 = 0.1 Number of Soil Layers 14 = 3 Porosity 14 = .47 .47 .47 Pore Size Distribution 14 = .08 .08 .08 Bubbling Pressure 14 = .37 .37 .37 Field Capacity 14 = .36 .36 .36 Wilting Point 14 = .27 .27 .27 Bulk Density 14 = 1394. 1394. 1394. Vertical Conductivity 14 = 2.0E-6 2.0E-6 2.0E-6 Thermal Conductivity 14 = 7.114 6.923 7.0 Thermal Capacity 14 = 1.4e6 1.4e6 1.4e6 Mannings n 14 = 0.013 ################################## SOIL 15 ######################################################### Soil Description 15 = ORGANIC Lateral Conductivity 15 = 2.0e-5 Exponential Decrease 15 = 1.0 Depth Threshold 15 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 15 = 1e-6 Capillary Drive 15 = 0.09 Surface Albedo 15 = 0.1 Number of Soil Layers 15 = 3 Porosity 15 = .43 .43 .43 Pore Size Distribution 15 = .19 .19 .19 Bubbling Pressure 15 = .11 .11 .11 Field Capacity 15 = .29 .29 .29 Wilting Point 15 = .14 .14 .14 Bulk Density 15 = 1485. 1485. 1485. Vertical Conductivity 15 = 9.0E-6 9.0E-6 9.0E-6 Thermal Conductivity 15 = 7.114 6.923 7.0 Thermal Capacity 15 = 1.4e6 1.4e6 1.4e6 Mannings n 15 = 0.013 ################################## SOIL 16 ######################################################### Soil Description 16 = OTHER Lateral Conductivity 16 = 2.0e-5 Exponential Decrease 16 = 1.0 Depth Threshold 16 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 16 = 1e-6 Capillary Drive 16 = 0.09 Surface Albedo 16 = 0.1 Number of Soil Layers 16 = 3 Porosity 16 = .39 .39 .39 Pore Size Distribution 16 = .12 .12 .12 Bubbling Pressure 16 = .29 .29 .29 Field Capacity 16 = .27 .27 .27 Wilting Point 16 = .17 .17 .17 Bulk Density 16 = 1600. 1600. 1600. Vertical Conductivity 16 = 9.0E-6 9.0E-6 9.0E-6 Thermal Conductivity 16 = 7.114 6.923 7.0 Thermal Capacity 16 = 1.4e6 1.4e6 1.4e6 Mannings n 16 = 0.013 ################################## SOIL 17 ######################################################### Soil Description 17 = Alderwood # Sandy Loam Lateral Conductivity 17 =0.001419 Exponential Decrease 17 =1.424280 Depth Threshold 17 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 17 = 7e-2 Capillary Drive 17 = 0.09 Surface Albedo 17 = 0.1 Number of Soil Layers 17 = 3 Porosity 17 = .45 .45 .45 #.51 .51 .51 #.49 .49 .49 Pore Size Distribution 17 = .21 .21 .21 Bubbling Pressure 17 = .15 .15 .15 Field Capacity 17 = .14 .14 .14 Wilting Point 17 = .09 .09 .09 Bulk Density 17 = 1569. 1569. 1569. Vertical Conductivity 17 = 3.0E-1 3.0E-1 3.0E-1 Thermal Conductivity 17 = 7.114 6.923 7.0 Thermal Capacity 17 = 1.4e6 1.4e6 1.4e6 Mannings n 17 = 0.013 ################################## SOIL 18 ######################################################### Soil Description 18 = Belfast # Sandy Loam Lateral Conductivity 18 = 0.009363 ###0.001762 #0.005 #0.001 #0.0008 #0.0005 #1_0.0006 0.03 Exponential Decrease 18 = 0.277758 #0.3 #0.2 #0.165 #1.65 Depth Threshold 18 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 18 = 7e-2 Capillary Drive 18 = 0.09 Surface Albedo 18 = 0.1 Number of Soil Layers 18 = 3 Porosity 18 = .45 .45 .45 #.51 .51 .51 #.49 .49 .49 Pore Size Distribution 18 = .21 .21 .21 Bubbling Pressure 18 = .15 .15 .15 Field Capacity 18 = .14 .14 .14 Wilting Point 18 = .09 .09 .09 Bulk Density 18 = 1569. 1569. 1569. Vertical Conductivity 18 = 3.0E-1 3.0E-1 3.0E-1 Thermal Conductivity 18 = 7.114 6.923 7.0 Thermal Capacity 18 = 1.4e6 1.4e6 1.4e6 Mannings n 18 = 0.013 ################################## SOIL 19 ######################################################### Soil Description 19 = Dystric Xerorthents # Sandy Loam Lateral Conductivity 19 = 0.009363 ###0.001762 #0.005 #0.001 #0.0008 #0.0005 #1_0.0006 0.03 Exponential Decrease 19 = 0.277758 #0.3 #0.2 #0.165 #1.65 Depth Threshold 19 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 19 = 7e-2 Capillary Drive 19 = 0.09 Surface Albedo 19 = 0.1 Number of Soil Layers 19 = 3 Porosity 19 = .45 .45 .45 #.51 .51 .51 #.49 .49 .49 Pore Size Distribution 19 = .21 .21 .21 Bubbling Pressure 19 = .15 .15 .15 Field Capacity 19 = .14 .14 .14 Wilting Point 19 = .09 .09 .09 Bulk Density 19 = 1569. 1569. 1569. Vertical Conductivity 19 = 3.0E-1 3.0E-1 3.0E-1 Thermal Conductivity 19 = 7.114 6.923 7.0 Thermal Capacity 19 = 1.4e6 1.4e6 1.4e6 Mannings n 19 = 0.013 ################################## SOIL 20 ######################################################### Soil Description 20 = Grove # Sandy Loam Lateral Conductivity 20 = 0.009363 ###0.001762 #0.005 #0.001 #0.0008 #0.0005 #1_0.0006 0.03 Exponential Decrease 20 = 0.277758 #0.3 #0.2 #0.165 #1.65 Depth Threshold 20 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 20 = 7e-2 Capillary Drive 20 = 0.09 Surface Albedo 20 = 0.1 Number of Soil Layers 20 = 3 Porosity 20 = .45 .45 .45 #.51 .51 .51 #.49 .49 .49 Pore Size Distribution 20 = .21 .21 .21 Bubbling Pressure 20 = .15 .15 .15 Field Capacity 20 = .14 .14 .14 Wilting Point 20 = .09 .09 .09 Bulk Density 20 = 1569. 1569. 1569. Vertical Conductivity 20 = 3.0E-1 3.0E-1 3.0E-1 Thermal Conductivity 20 = 7.114 6.923 7.0 Thermal Capacity 20 = 1.4e6 1.4e6 1.4e6 Mannings n 20 = 0.013 ################################## SOIL 21 ######################################################### Soil Description 21 = Harstine # Sandy Loam Lateral Conductivity 21 = 0.009363 ###0.001762 #0.005 #0.001 #0.0008 #0.0005 #1_0.0006 0.03 Exponential Decrease 21 = 0.277758 #0.3 #0.2 #0.165 #1.65 Depth Threshold 21 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 21 = 7e-2 Capillary Drive 21 = 0.09 Surface Albedo 21 = 0.1 Number of Soil Layers 21 = 3 Porosity 21 = .45 .45 .45 #.51 .51 .51 #.49 .49 .49 Pore Size Distribution 21 = .21 .21 .21 Bubbling Pressure 21 = .15 .15 .15 Field Capacity 21 = .14 .14 .14 Wilting Point 21 = .09 .09 .09 Bulk Density 21 = 1569. 1569. 1569. Vertical Conductivity 21 = 3.0E-1 3.0E-1 3.0E-1 Thermal Conductivity 21 = 7.114 6.923 7.0 Thermal Capacity 21 = 1.4e6 1.4e6 1.4e6 Mannings n 21 = 0.013 ################################## SOIL 22 ######################################################### Soil Description 22 = Indianola # Loamy Sand Lateral Conductivity 22 = 0.03 Exponential Decrease 22 = 1.0 Depth Threshold 22 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 22 = 6.0e-2 Capillary Drive 22 = 0.12 Surface Albedo 22 = 0.1 Number of Soil Layers 22 = 3 Porosity 22 = .43 .43 .43 Pore Size Distribution 22 = .25 .25 .25 Bubbling Pressure 22 = .09 .09 .09 Field Capacity 22 = .10 .10 .10 Wilting Point 22 = .06 .06 .06 Bulk Density 22 = 1520. 1520. 1520. Vertical Conductivity 22 = 3.0E-1 3.0E-1 3.0E-1 Thermal Conductivity 22 = 7.114 6.923 7.0 Thermal Capacity 22 = 1.4e6 1.4e6 1.4e6 Mannings n 22 = 0.013 ################################## SOIL 23 ######################################################### Soil Description 23 = Kapowsin # Loam Lateral Conductivity 23 = 8e-5 #1e-4 #6e-5 #3e-5 #3e-6 #3.0e-5 Exponential Decrease 23 = 0.5 #0.3 #0.15 #0.5 #0.11 #1.1 Depth Threshold 23 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 23 = 6e-5 Capillary Drive 23 = 0.09 Surface Albedo 23 = 0.1 Number of Soil Layers 23 = 3 Porosity 23 = .40 .40 .40 #.48 .48 .48 #.43 .43 .43 Pore Size Distribution 23 = .19 .19 .19 Bubbling Pressure 23 = .11 .11 .11 Field Capacity 23 = .20 .20 .20 #.29 .29 .29 Wilting Point 23 = .14 .14 .14 Bulk Density 23 = 1485. 1485. 1485. Vertical Conductivity 23 = 8.0E-4 8.0E-4 8.0E-4 Thermal Conductivity 23 = 7.114 6.923 7.0 Thermal Capacity 23 = 1.4e6 1.4e6 1.4e6 Mannings n 23 = 0.013 ################################## SOIL 24 ######################################################### Soil Description 24 = Kapowsin Variant # Clay Loam Lateral Conductivity 24 = 2.0e-5 Exponential Decrease 24 = 1.0 Depth Threshold 24 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 24 = 1e-6 Capillary Drive 24 = 0.09 Surface Albedo 24 = 0.1 Number of Soil Layers 24 = 3 Porosity 24 = .46 .46 .46 Pore Size Distribution 24 = .12 .12 .12 Bubbling Pressure 24 = .26 .26 .26 Field Capacity 24 = .31 .31 .31 Wilting Point 24 = .23 .23 .23 Bulk Density 24 = 1600. 1600. 1600. Vertical Conductivity 24 = 9.0E-6 9.0E-6 9.0E-6 Thermal Conductivity 24 = 7.114 6.923 7.0 Thermal Capacity 24 = 1.4e6 1.4e6 1.4e6 Mannings n 24 = 0.013 ################################## SOIL 25 ######################################################### Soil Description 25 = Kilchis # Sandy Loam Lateral Conductivity 25 = 0.009363 ###0.001762 #0.005 #0.001 #0.0008 #0.0005 #1_0.0006 0.03 Exponential Decrease 25 = 0.277758 #0.3 #0.2 #0.165 #1.65 Depth Threshold 25 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 25 = 7e-2 Capillary Drive 25 = 0.09 Surface Albedo 25 = 0.1 Number of Soil Layers 25 = 3 Porosity 25 = .45 .45 .45 #.51 .51 .51 #.49 .49 .49 Pore Size Distribution 25 = .21 .21 .21 Bubbling Pressure 25 = .15 .15 .15 Field Capacity 25 = .14 .14 .14 Wilting Point 25 = .09 .09 .09 Bulk Density 25 = 1569. 1569. 1569. Vertical Conductivity 25 = 3.0E-1 3.0E-1 3.0E-1 Thermal Conductivity 25 = 7.114 6.923 7.0 Thermal Capacity 25 = 1.4e6 1.4e6 1.4e6 Mannings n 25 = 0.013 ################################## SOIL 26 ######################################################### Soil Description 26 = Kilchis-Shelton Complex # Sandy Loam Lateral Conductivity 26 =0.006646 Exponential Decrease 26 =0.584437 Depth Threshold 26 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 26 = 7e-2 Capillary Drive 26 = 0.09 Surface Albedo 26 = 0.1 Number of Soil Layers 26 = 3 Porosity 26 = .45 .45 .45 #.51 .51 .51 #.49 .49 .49 Pore Size Distribution 26 = .21 .21 .21 Bubbling Pressure 26 = .15 .15 .15 Field Capacity 26 = .14 .14 .14 Wilting Point 26 = .09 .09 .09 Bulk Density 26 = 1569. 1569. 1569. Vertical Conductivity 26 = 3.0E-1 3.0E-1 3.0E-1 Thermal Conductivity 26 = 7.114 6.923 7.0 Thermal Capacity 26 = 1.4e6 1.4e6 1.4e6 Mannings n 26 = 0.013 ################################## SOIL 27 ######################################################### Soil Description 27 = Kitsap # Silt Loam Lateral Conductivity 27 = 2.0E-5 Exponential Decrease 27 = 1.0 Depth Threshold 27 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 27 = 1.68e-5 Capillary Drive 27 = 0.09 Surface Albedo 27 = 0.1 Number of Soil Layers 27 = 3 Porosity 27 = .46 .46 .46 Pore Size Distribution 27 = .26 .26 .26 Bubbling Pressure 27 = .21 .21 .21 Field Capacity 27 = .30 .30 .30 Wilting Point 27 = .12 .12 .12 Bulk Density 27 = 1419. 1419. 1419. Vertical Conductivity 27 = 9.2E-5 9.2E-5 9.2E-5 Thermal Conductivity 27 = 7.114 6.923 7.0 Thermal Capacity 27 = 1.4e6 1.4e6 1.4e6 Mannings n 27 = 0.013 ################################## SOIL 28 ######################################################### Soil Description 28 = McKenna # Loam Lateral Conductivity 28 = 8e-5 #1e-4 #6e-5 #3e-5 #3e-6 #3.0e-5 Exponential Decrease 28 = 0.5 #0.3 #0.15 #0.5 #0.11 #1.1 Depth Threshold 28 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 28 = 6e-5 Capillary Drive 28 = 0.09 Surface Albedo 28 = 0.1 Number of Soil Layers 28 = 3 Porosity 28 = .40 .40 .40 #.48 .48 .48 #.43 .43 .43 Pore Size Distribution 28 = .19 .19 .19 Bubbling Pressure 28 = .11 .11 .11 Field Capacity 28 = .20 .20 .20 #.29 .29 .29 Wilting Point 28 = .14 .14 .14 Bulk Density 28 = 1485. 1485. 1485. Vertical Conductivity 28 = 8.0E-4 8.0E-4 8.0E-4 Thermal Conductivity 28 = 7.114 6.923 7.0 Thermal Capacity 28 = 1.4e6 1.4e6 1.4e6 Mannings n 28 = 0.013 ################################## SOIL 29 ######################################################### Soil Description 29 = Mukilteo # Organic Lateral Conductivity 29 = 2.0e-5 Exponential Decrease 29 = 1.0 Depth Threshold 29 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 29 = 1e-6 Capillary Drive 29 = 0.09 Surface Albedo 29 = 0.1 Number of Soil Layers 29 = 3 Porosity 29 = .43 .43 .43 Pore Size Distribution 29 = .19 .19 .19 Bubbling Pressure 29 = .11 .11 .11 Field Capacity 29 = .29 .29 .29 Wilting Point 29 = .14 .14 .14 Bulk Density 29 = 1485. 1485. 1485. Vertical Conductivity 29 = 9.0E-6 9.0E-6 9.0E-6 Thermal Conductivity 29 = 7.114 6.923 7.0 Thermal Capacity 29 = 1.4e6 1.4e6 1.4e6 Mannings n 29 = 0.013 ################################## SOIL 30 ######################################################### Soil Description 30 = Neilton # Loamy Sand Lateral Conductivity 30 = 0.03 Exponential Decrease 30 = 1.0 Depth Threshold 30 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 30 = 6.0e-2 Capillary Drive 30 = 0.12 Surface Albedo 30 = 0.1 Number of Soil Layers 30 = 3 Porosity 30 = .43 .43 .43 Pore Size Distribution 30 = .25 .25 .25 Bubbling Pressure 30 = .09 .09 .09 Field Capacity 30 = .10 .10 .10 Wilting Point 30 = .06 .06 .06 Bulk Density 30 = 1520. 1520. 1520. Vertical Conductivity 30 = 3.0E-1 3.0E-1 3.0E-1 Thermal Conductivity 30 = 7.114 6.923 7.0 Thermal Capacity 30 = 1.4e6 1.4e6 1.4e6 Mannings n 30 = 0.013 ################################## SOIL 31 ######################################################### Soil Description 31 = Norma # Sandy Loam Lateral Conductivity 31 = 0.009363 ###0.001762 #0.005 #0.001 #0.0008 #0.0005 #1_0.0006 0.03 Exponential Decrease 31 = 0.277758 #0.3 #0.2 #0.165 #1.65 Depth Threshold 31 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 31 = 7e-2 Capillary Drive 31 = 0.09 Surface Albedo 31 = 0.1 Number of Soil Layers 31 = 3 Porosity 31 = .45 .45 .45 #.51 .51 .51 #.49 .49 .49 Pore Size Distribution 31 = .21 .21 .21 Bubbling Pressure 31 = .15 .15 .15 Field Capacity 31 = .14 .14 .14 Wilting Point 31 = .09 .09 .09 Bulk Density 31 = 1569. 1569. 1569. Vertical Conductivity 31 = 3.0E-1 3.0E-1 3.0E-1 Thermal Conductivity 31 = 7.114 6.923 7.0 Thermal Capacity 31 = 1.4e6 1.4e6 1.4e6 Mannings n 31 = 0.013 ################################## SOIL 32 ######################################################### Soil Description 32 = Pits # Other Lateral Conductivity 32 = 2.0e-5 Exponential Decrease 32 = 1.0 Depth Threshold 32 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 32 = 1e-6 Capillary Drive 32 = 0.09 Surface Albedo 32 = 0.1 Number of Soil Layers 32 = 3 Porosity 32 = .39 .39 .39 Pore Size Distribution 32 = .12 .12 .12 Bubbling Pressure 32 = .29 .29 .29 Field Capacity 32 = .27 .27 .27 Wilting Point 32 = .17 .17 .17 Bulk Density 32 = 1600. 1600. 1600. Vertical Conductivity 32 = 9.0E-6 9.0E-6 9.0E-6 Thermal Conductivity 32 = 7.114 6.923 7.0 Thermal Capacity 32 = 1.4e6 1.4e6 1.4e6 Mannings n 32 = 0.013 ################################## SOIL 33 ######################################################### Soil Description 33 = Schneider # Loam Lateral Conductivity 33 = 8e-5 #1e-4 #6e-5 #3e-5 #3e-6 #3.0e-5 Exponential Decrease 33 = 0.5 #0.3 #0.15 #0.5 #0.11 #1.1 Depth Threshold 33 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 33 = 6e-5 Capillary Drive 33 = 0.09 Surface Albedo 33 = 0.1 Number of Soil Layers 33 = 3 Porosity 33 = .40 .40 .40 #.48 .48 .48 #.43 .43 .43 Pore Size Distribution 33 = .19 .19 .19 Bubbling Pressure 33 = .11 .11 .11 Field Capacity 33 = .20 .20 .20 #.29 .29 .29 Wilting Point 33 = .14 .14 .14 Bulk Density 33 = 1485. 1485. 1485. Vertical Conductivity 33 = 8.0E-4 8.0E-4 8.0E-4 Thermal Conductivity 33 = 7.114 6.923 7.0 Thermal Capacity 33 = 1.4e6 1.4e6 1.4e6 Mannings n 33 = 0.013 ################################## SOIL 34 ######################################################### Soil Description 34 = Semiahmoo # Organic Lateral Conductivity 34 = 2.0e-5 Exponential Decrease 34 = 1.0 Depth Threshold 34 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 34 = 1e-6 Capillary Drive 34 = 0.09 Surface Albedo 34 = 0.1 Number of Soil Layers 34 = 3 Porosity 34 = .43 .43 .43 Pore Size Distribution 34 = .19 .19 .19 Bubbling Pressure 34 = .11 .11 .11 Field Capacity 34 = .29 .29 .29 Wilting Point 34 = .14 .14 .14 Bulk Density 34 = 1485. 1485. 1485. Vertical Conductivity 34 = 9.0E-6 9.0E-6 9.0E-6 Thermal Conductivity 34 = 7.114 6.923 7.0 Thermal Capacity 34 = 1.4e6 1.4e6 1.4e6 Mannings n 34 = 0.013 ################################## SOIL 35 ######################################################### Soil Description 35 = Shelton # Sandy Loam Lateral Conductivity 35 =0.004546 Exponential Decrease 35 =1.707751 Depth Threshold 35 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 35 = 7e-2 Capillary Drive 35 = 0.09 Surface Albedo 35 = 0.1 Number of Soil Layers 35 = 3 Porosity 35 = .45 .45 .45 #.51 .51 .51 #.49 .49 .49 Pore Size Distribution 35 = .21 .21 .21 Bubbling Pressure 35 = .15 .15 .15 Field Capacity 35 = .14 .14 .14 Wilting Point 35 = .09 .09 .09 Bulk Density 35 = 1569. 1569. 1569. Vertical Conductivity 35 = 3.0E-1 3.0E-1 3.0E-1 Thermal Conductivity 35 = 7.114 6.923 7.0 Thermal Capacity 35 = 1.4e6 1.4e6 1.4e6 Mannings n 35 = 0.013 ################################## SOIL 36 ######################################################### Soil Description 36 = Tacoma # Silt Loam Lateral Conductivity 36 = 2.0E-5 Exponential Decrease 36 = 1.0 Depth Threshold 36 = 0.5 # If this value is set to be zero, linear transmissivity decays # applies unless water table is higher than soil depth. If this # value is very large (e.g. > 100), only exponential transimissivity # decay applies just like the older versions. Maximum Infiltration 36 = 1.68e-5 Capillary Drive 36 = 0.09 Surface Albedo 36 = 0.1 Number of Soil Layers 36 = 3 Porosity 36 = .46 .46 .46 Pore Size Distribution 36 = .26 .26 .26 Bubbling Pressure 36 = .21 .21 .21 Field Capacity 36 = .30 .30 .30 Wilting Point 36 = .12 .12 .12 Bulk Density 36 = 1419. 1419. 1419. Vertical Conductivity 36 = 9.2E-5 9.2E-5 9.2E-5 Thermal Conductivity 36 = 7.114 6.923 7.0 Thermal Capacity 36 = 1.4e6 1.4e6 1.4e6 Mannings n 36 = 0.013 ############################################################################################################ # VEGETATION INFORMATION SECTION ############################################################################################################ [VEGETATION] Vegetation Map File = input/veg.bin Number of Vegetation Types = 14 # Number of different vegetation types IMPERVIOUS SURFACE ROUTING FILE = input/surface.routing.txt ################ VEGETATION 1 ################################################## Vegetation Description 1 = Dense Urban (>75%) Impervious Fraction 1 = 0#0.75 Detention Fraction 1 = 0.4 Detention Decay 1 = 0.2 Overstory Present 1 = FALSE Understory Present 1 = TRUE Fractional Coverage 1 = Hemi Fract Coverage 1 = Trunk Space 1 = Aerodynamic Attenuation 1 = Radiation Attenuation 1 = Clumping Factor 1 = /* Required only if Canopy Radiation Attenuation == VARIABLE*/ Leaf Angle A 1 = /* Required only if Canopy Radiation Attenuation == VARIABLE*/ Leaf Angle B 1 = /* Required only if Canopy Radiation Attenuation == VARIABLE*/ Scattering Parameter 1 = /* Required only if Canopy Radiation Attenuation == VARIABLE*/ Max Snow Int Capacity 1 = Snow Interception Eff 1 = Mass Release Drip Ratio 1 = Height 1 = 0.2 Overstory Monthly LAI 1 = Understory Monthly LAI 1 = 0.5 0.5 0.5 0.5 0.5 1.5 1.5 1.5 1.5 0.5 0.5 0.5 Maximum Resistance 1 = 3000. Minimum Resistance 1 = 340. Moisture Threshold 1 = 0.33 Vapor Pressure Deficit 1 = 4000 Rpc 1 = .108 Overstory Monthly Alb 1 = Understory Monthly Alb 1 = 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 Number of Root Zones 1 = 3 Root Zone Depths 1 = 0.10 0.25 0.40 Overstory Root Fraction 1 = 0.20 0.40 0.40 Understory Root Fraction 1 = 0.40 0.60 0.00 ################ VEGETATION 2 ################################################## Vegetation Description 2 = Light/medium Urban (<75%) Impervious Fraction 2 = 0#0.25 Detention Fraction 2 = 0.4 Detention Decay 2 = 0.2 Overstory Present 2 = FALSE Understory Present 2 = TRUE Fractional Coverage 2 = Hemi Fract Coverage 2 = Clumping Factor 2 = Leaf Angle A 2 = Leaf Angle B 2 = Scattering Parameter 2 = Trunk Space 2 = Aerodynamic Attenuation 2 = Radiation Attenuation 2 = Max Snow Int Capacity 2 = Snow Interception Eff 2 = Mass Release Drip Ratio 2 = Height 2 = 0.2 Overstory Monthly LAI 2 = Understory Monthly LAI 2 = 1.0 1.0 1.0 1.0 1.0 3.0 3.0 3.0 3.0 1.0 1.0 1.0 Maximum Resistance 2 = 3000. Minimum Resistance 2 = 300 Moisture Threshold 2 = 0.33 Vapor Pressure Deficit 2 = 4000 Rpc 2 = 0.108 Overstory Monthly Alb 2 = Understory Monthly Alb 2 = 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 Number of Root Zones 2 = 3 Root Zone Depths 2 = 0.10 0.25 0.40 Overstory Root Fraction 2 = 0.20 0.40 0.40 Understory Root Fraction 2 = 0.40 0.60 0.00 ################ VEGETATION 3 ################################################## Vegetation Description 3 = Bareground Impervious Fraction 3 = 0.0 Detention Fraction 3 = 0.0 Detention Decay 3 = 0.0 Overstory Present 3 = FALSE Understory Present 3 = FALSE Fractional Coverage 3 = Hemi Fract Coverage 3 = Clumping Factor 3 = Leaf Angle A 3 = Leaf Angle B 3 = Scattering Parameter 3 = Trunk Space 3 = Aerodynamic Attenuation 3 = Radiation Attenuation 3 = Max Snow Int Capacity 3 = Snow Interception Eff 3 = Mass Release Drip Ratio 3 = Height 3 = Overstory Monthly LAI 3 = Understory Monthly LAI 3 = Maximum Resistance 3 = Minimum Resistance 3 = Moisture Threshold 3 = Vapor Pressure Deficit 3 = Rpc 3 = Overstory Monthly Alb 3 = Understory Monthly Alb 3 = Number of Root Zones 3 = 3 Root Zone Depths 3 = 0.10 0.25 0.40 Overstory Root Fraction 3 = 0.20 0.40 0.40 Understory Root Fraction 3 = 0.40 0.60 0.00 Vegetation Description 4 = Dry Ground Impervious Fraction 4 = 0.0 Detention Fraction 4 = 0.0 Detention Decay 4 = 0.0 Overstory Present 4 = FALSE Understory Present 4 = TRUE Fractional Coverage 4 = Hemi Fract Coverage 4 = Clumping Factor 4 = Leaf Angle A 4 = Leaf Angle B 4 = Scattering Parameter 4 = Trunk Space 4 = Aerodynamic Attenuation 4 = Radiation Attenuation 4 = Max Snow Int Capacity 4 = Snow Interception Eff 4 = Mass Release Drip Ratio 4 = Height 4 = 0.5 Overstory Monthly LAI 4 = Understory Monthly LAI 4 = 0.5 0.5 0.5 0.5 0.5 6.0 6.0 6.0 6.0 0.5 0.5 0.5 Maximum Resistance 4 = 600. Minimum Resistance 4 = 320 Moisture Threshold 4 = 0.33 Vapor Pressure Deficit 4 = 4000 Rpc 4 = 0.108 Overstory Monthly Alb 4 = Understory Monthly Alb 4 = 0.19 0.19 0.9 0.19 0.19 0.19 0.19 0.19 0.19 0.19 0.19 0.19 Number of Root Zones 4 = 3 Root Zone Depths 4 = 0.10 0.25 0.40 Overstory Root Fraction 4 = 0.20 0.40 0.40 Understory Root Fraction 4 = 0.40 0.60 0.00 Vegetation Description 5 = Native Grass Impervious Fraction 5 = 0.0 Detention Fraction 5 = 0.0 Detention Decay 5 = 0.0 Overstory Present 5 = TRUE Understory Present 5 = TRUE Fractional Coverage 5 = 0.5 Hemi Fract Coverage 5 = 0.5 Clumping Factor 5 = Leaf Angle A 5 = Leaf Angle B 5 = Scattering Parameter 5 = Trunk Space 5 = 0.4 Aerodynamic Attenuation 5 = 0.3 Radiation Attenuation 5 = 0.1 Max Snow Int Capacity 5 = 0.003 Snow Interception Eff 5 = 0.6 Mass Release Drip Ratio 5 = 0.4 Height 5 = 20.0 0.5 Overstory Monthly LAI 5 = 2.0 2.0 2.0 2.0 2.0 6.0 6.0 6.0 6.0 2.0 2.0 2.0 Understory Monthly LAI 5 = 1.0 1.0 1.0 1.0 1.0 3.3 3.3 3.3 3.3 1.0 1.0 1.0 Maximum Resistance 5 = 1000 600. Minimum Resistance 5 = 280 200. Moisture Threshold 5 = 0.33 0.33 Vapor Pressure Deficit 5 = 4000 4000 Rpc 5 = 0.108 0.108 Overstory Monthly Alb 5 = 0.15 0.15 0.15 0.15 0.15 0.14 0.14 0.14 0.14 0.15 0.15 0.15 Understory Monthly Alb 5 = 0.18 0.18 0.18 0.18 0.18 0.18 0.18 0.18 0.18 0.18 0.18 0.18 Number of Root Zones 5 = 3 Root Zone Depths 5 = 0.10 0.25 0.40 Overstory Root Fraction 5 = 0.20 0.40 0.40 Understory Root Fraction 5 = 0.40 0.60 0.00 Vegetation Description 6 = Grass/crop/shrub Impervious Fraction 6 = 0.0 Detention Fraction 6 = 0.0 Detention Decay 6 = 0.0 Overstory Present 6 = FALSE Understory Present 6 = TRUE Fractional Coverage 6 = Hemi Fract Coverage 6 = Clumping Factor 6 = Leaf Angle A 6 = Leaf Angle B 6 = Scattering Parameter 6 = Trunk Space 6 = Aerodynamic Attenuation 6 = Radiation Attenuation 6 = Max Snow Int Capacity 6 = Snow Interception Eff 6 = Mass Release Drip Ratio 6 = Height 6 = 1.0 Overstory Monthly LAI 6 = Understory Monthly LAI 6 = 1.0 1.0 1.0 1.0 1.0 5.25 5.25 5.25 5.25 5.25 1.0 1.0 Maximum Resistance 6 = 600. Minimum Resistance 6 = 280 Moisture Threshold 6 = 0.33 Vapor Pressure Deficit 6 = 4000 Rpc 6 = .108 Overstory Monthly Alb 6 = Understory Monthly Alb 6 = 0.24 0.24 0.23 0.22 0.21 0.20 0.20 0.20 0.22 0.23 0.24 0.24 Number of Root Zones 6 = 3 Root Zone Depths 6 = 0.10 0.25 0.40 Overstory Root Fraction 6 = 0.20 0.40 0.40 Understory Root Fraction 6 = 0.40 0.60 0.00 Vegetation Description 7 = Mixed/deciduous Forest Impervious Fraction 7 = 0.0 Detention Fraction 7 = 0 Detention Decay 7 = 0 Overstory Present 7 = TRUE Understory Present 7 = TRUE Fractional Coverage 7 = 0.85 Hemi Fract Coverage 7 = 0.85 Clumping Factor 7 = Leaf Angle A 7 = Leaf Angle B 7 = Scattering Parameter 7 = Trunk Space 7 = 0.45 Aerodynamic Attenuation 7 = 2.0 Radiation Attenuation 7 = 0.1875 Max Snow Int Capacity 7 = 0.01225 Snow Interception Eff 7 = 0.6 Mass Release Drip Ratio 7 = 0.4 Height 7 = 25.0 0.5 Overstory Monthly LAI 7 = 3.0 3.0 3.0 3.0 3.0 8.5 8.5 8.5 8.5 3.0 3.0 3.0 Understory Monthly LAI 7 = 2.0 2.0 2.0 2.0 2.0 8.5 8.5 8.5 8.5 2.0 2.0 2.0 Maximum Resistance 7 = 1500. 1000. Minimum Resistance 7 = 666.6 823.4 Moisture Threshold 7 = 0.33 0.13 Vapor Pressure Deficit 7 = 4000 4000 Rpc 7 = .108 .108 Overstory Monthly Alb 7 = 0.27 0.27 0.25 0.25 0.22 0.21 0.21 0.21 0.21 0.22 0.24 0.26 Understory Monthly Alb 7 = 0.175 0.175 0.175 0.175 0.175 0.175 0.175 0.175 0.175 0.175 0.175 0.175 Number of Root Zones 7 = 3 Root Zone Depths 7 = 0.10 0.25 0.40 Overstory Root Fraction 7 = 0.20 0.40 0.40 Understory Root Fraction 7 = 0.40 0.60 0.00 Vegetation Description 8 = Conifer Forest Impervious Fraction 8 = 0.0 Detention Fraction 8 = 0 Detention Decay 8 = 0 Overstory Present 8 = TRUE Understory Present 8 = TRUE Fractional Coverage 8 = 0.9 Hemi Fract Coverage 8 = 0.9 Clumping Factor 8 = Leaf Angle A 8 = Leaf Angle B 8 = Scattering Parameter 8 = Trunk Space 8 = 0.5 Aerodynamic Attenuation 8 = 2.5 Radiation Attenuation 8 = 0.16 Max Snow Int Capacity 8 = 0.03 Snow Interception Eff 8 = 0.6 Mass Release Drip Ratio 8 = 0.4 Height 8 = 43.3 0.5 Overstory Monthly LAI 8 = 12 12 12 12 12 12 12 12 12 12 12 12 Understory Monthly LAI 8 = 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0 Maximum Resistance 8 = 2000 2000 Minimum Resistance 8 = 1333.2 855.54 Moisture Threshold 8 = 0.33 0.13 Vapor Pressure Deficit 8 = 4000 4000 Rpc 8 = .108 .108 Overstory Monthly Alb 8 = 0.14 0.14 0.14 0.13 0.13 0.12 0.11 0.11 0.12 0.13 0.14 0.14 Understory Monthly Alb 8 = 0.19 0.19 0.19 0.19 0.19 0.19 0.19 0.19 0.19 0.19 0.19 0.19 Number of Root Zones 8 = 3 Root Zone Depths 8 = 0.10 0.25 0.40 Overstory Root Fraction 8 = 0.20 0.40 0.40 Understory Root Fraction 8 = 0.40 0.60 0.00 Vegetation Description 9 = Regrowth Vegetation Impervious Fraction 9 = 0.0 Detention Fraction 9 = 0 Detention Decay 9 = 0 Overstory Present 9 = FALSE Understory Present 9 = TRUE Fractional Coverage 9 = Hemi Fract Coverage 9 = Clumping Factor 9 = Leaf Angle A 9 = Leaf Angle B 9 = Scattering Parameter 9 = Trunk Space 9 = Aerodynamic Attenuation 9 = Radiation Attenuation 9 = Max Snow Int Capacity 9 = Snow Interception Eff 9 = Mass Release Drip Ratio 9 = Height 9 = 1.0 Overstory Monthly LAI 9 = Understory Monthly LAI 9 = 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 Maximum Resistance 9 = 600 Minimum Resistance 9 = 220 Moisture Threshold 9 = 0.33 Vapor Pressure Deficit 9 = 4000 Rpc 9 = .108 Overstory Monthly Alb 9 = Understory Monthly Alb 9 = 0.2 0.2 0.2 0.19 0.18 0.17 0.16 0.16 0.17 0.18 0.19 0.2 Number of Root Zones 9 = 3 Root Zone Depths 9 = 0.10 0.25 0.40 Overstory Root Fraction 9 = 0.20 0.40 0.40 Understory Root Fraction 9 = 0.40 0.60 0.00 Vegetation Description 10 = Clear-cuts Impervious Fraction 10 = 0.0 Detention Fraction 10 = 0 Detention Decay 10 = 0 Overstory Present 10 = FALSE Understory Present 10 = TRUE Fractional Coverage 10 = Hemi Fract Coverage 10 = Clumping Factor 10 = Leaf Angle A 10 = Leaf Angle B 10 = Scattering Parameter 10 = Trunk Space 10 = Aerodynamic Attenuation 10 = Radiation Attenuation 10 = Max Snow Int Capacity 10 = Snow Interception Eff 10 = Mass Release Drip Ratio 10 = Height 10 = 0.5 Overstory Monthly LAI 10 = Understory Monthly LAI 10 = 0.5 0.5 0.5 0.5 0.5 6.0 6.0 6.0 6.0 0.5 0.5 0.5 Maximum Resistance 10 = 600 Minimum Resistance 10 = 280 Moisture Threshold 10 = 0.33 Vapor Pressure Deficit 10 = 4000 Rpc 10 = .108 Overstory Monthly Alb 10 = Understory Monthly Alb 10 = 0.19 0.19 0.19 0.19 0.19 0.19 0.19 0.19 0.19 0.19 0.19 0.19 Number of Root Zones 10 = 3 Root Zone Depths 10 = 0.10 0.25 0.40 Overstory Root Fraction 10 = 0.20 0.40 0.40 Understory Root Fraction 10 = 0.40 0.60 0.00 Vegetation Description 11 = Rock Impervious Fraction 11 = 0.0 Detention Fraction 11 = 0 Detention Decay 11 = 0 Overstory Present 11 = FALSE Understory Present 11 = FALSE Fractional Coverage 11 = Hemi Fract Coverage 11 = Clumping Factor 11 = Leaf Angle A 11 = Leaf Angle B 11 = Scattering Parameter 11 = Trunk Space 11 = Aerodynamic Attenuation 11 = Radiation Attenuation 11 = Max Snow Int Capacity 11 = Snow Interception Eff 11 = Mass Release Drip Ratio 11 = Height 11 = Overstory Monthly LAI 11 = Understory Monthly LAI 11 = Maximum Resistance 11 = Minimum Resistance 11 = Moisture Threshold 11 = Vapor Pressure Deficit 11 = Rpc 11 = Overstory Monthly Alb 11 = Understory Monthly Alb 11 = Number of Root Zones 11 = 3 Root Zone Depths 11 = 0.10 0.25 0.40 Overstory Root Fraction 11 = 0.20 0.40 0.40 Understory Root Fraction 11 = 0.40 0.60 0.00 Vegetation Description 12 = Wetlands Impervious Fraction 12 = 0.0 Detention Fraction 12 = 0 Detention Decay 12 = 0 Overstory Present 12 = FALSE Understory Present 12 = TRUE Fractional Coverage 12 = Hemi Fract Coverage 12 = Clumping Factor 12 = Leaf Angle A 12 = Leaf Angle B 12 = Scattering Parameter 12 = Trunk Space 12 = Aerodynamic Attenuation 12 = Radiation Attenuation 12 = Max Snow Int Capacity 12 = Snow Interception Eff 12 = Mass Release Drip Ratio 12 = Height 12 = 0.5 Overstory Monthly LAI 12 = Understory Monthly LAI 12 = 0.5 0.5 0.5 0.5 0.5 6.0 6.0 6.0 6.0 0.5 0.5 0.5 Maximum Resistance 12 = 600 Minimum Resistance 12 = 200 Moisture Threshold 12 = 0.33 Vapor Pressure Deficit 12 = 4000 Rpc 12 = 0.108 Overstory Monthly Alb 12 = Understory Monthly Alb 12 = 0.19 0.19 0.19 0.17 0.17 0.16 0.16 0.16 0.16 0.17 0.19 0.19 Number of Root Zones 12 = 3 Root Zone Depths 12 = 0.10 0.25 0.40 Overstory Root Fraction 12 = 0.20 0.40 0.40 Understory Root Fraction 12 = 0.4 0.6 0.0 Vegetation Description 13 = Shoreline Impervious Fraction 13 = 0.0 Detention Fraction 13 = 0 Detention Decay 13 = 0 Overstory Present 13 = FALSE Understory Present 13 = TRUE Fractional Coverage 13 = Hemi Fract Coverage 13 = Clumping Factor 13 = Leaf Angle A 13 = Leaf Angle B 13 = Scattering Parameter 13 = Trunk Space 13 = Aerodynamic Attenuation 13 = Radiation Attenuation 13 = Max Snow Int Capacity 13 = Snow Interception Eff 13 = Mass Release Drip Ratio 13 = Height 13 = 0.5 Overstory Monthly LAI 13 = Understory Monthly LAI 13 = 0.5 0.5 0.5 0.5 0.5 6.0 6.0 6.0 6.0 0.5 0.5 0.5 Maximum Resistance 13 = 600 Minimum Resistance 13 = 200 Moisture Threshold 13 = 0.33 Vapor Pressure Deficit 13 = 4000 Rpc 13 = .108 Overstory Monthly Alb 13 = Understory Monthly Alb 13 = 0.19 0.19 0.19 0.17 0.17 0.16 0.16 0.16 0.16 0.17 0.19 0.19 Number of Root Zones 13 = 3 Root Zone Depths 13 = 0.10 0.25 0.40 Overstory Root Fraction 13 = 0.20 0.40 0.40 Understory Root Fraction 13 = 0.40 0.60 0.00 Vegetation Description 14 = Water Impervious Fraction 14 = 0.0 Detention Fraction 14 = 0.0 Detention Decay 14 = 0.0 Overstory Present 14 = FALSE Understory Present 14 = FALSE Fractional Coverage 14 = Hemi Fract Coverage 14 = Clumping Factor 14 = Leaf Angle A 14 = Leaf Angle B 14 = Scattering Parameter 14 = Trunk Space 14 = Aerodynamic Attenuation 14 = Radiation Attenuation 14 = Max Snow Int Capacity 14 = Snow Interception Eff 14 = Mass Release Drip Ratio 14 = Height 14 = Overstory Monthly LAI 14 = 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 Understory Monthly LAI 14 = 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 Maximum Resistance 14 = Minimum Resistance 14 = Moisture Threshold 14 = Vapor Pressure Deficit 14 = Rpc 14 = Overstory Monthly Alb 14 = 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 Understory Monthly Alb 14 = 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 Number of Root Zones 14 = 3 Root Zone Depths 14 = 0.10 0.25 0.40 Overstory Root Fraction 14 = 0.20 0.40 0.40 Understory Root Fraction 14 = 0.00 0.00 0.00 ################################################################################ # MODEL OUTPUT SECTION ################################################################################ [OUTPUT] # Information what to output when Output Directory = /home/disk/tsuga2/jswon11/workdir/2019_03_kitsap-dhsvm/autocal/data/run2020_soil36v7/run_84_nse-ln/ Initial State Directory = modelstate/ ################ PIXEL DUMPS ################################################### Number of Output Pixels = 0 # For each pixel make a key-entry pair as indicated below, varying the # number for the output pixel (1, .. , Number of Output Pixel) North Coordinate 1 = East Coordinate 1 = Name 1 = ################ MODEL STATE ################################################### Number of Model States = 0 # Number of model states to dump # For each model state make a key-entry pair as indicated below, varying the # number for the model state dump (1, .. , Number of Model States) State Date 1 = 2/15/2000-00 State Date 2 = 2/15/2001-00 State Date 3 = 2/15/2003-21 ################ MODEL MAPS #################################################### Number of Map Variables = 0 # Number of different variables for # which you want to output maps # For each of the variables make a block like the one that follows, varying # the number of the variable (n = 1, .. , Number of Map Variables) Map Variable 1 = 513 #Surface runoff from HOF and Return Flow (VarID.c in sourcecode) Map Layer 1 = 1 Number of Maps 1 = 14 Map Date 1 1 = 1/1/1985-03 Map Date 2 1 = 1/1/1985-06 Map Date 3 1 = 1/1/1985-09 Map Date 4 1 = 1/1/1985-12 Map Date 5 1 = 1/1/1985-15 Map Date 7 1 = 1/1/1985-18 Map Date 6 1 = 1/1/1985-21 Map Date 8 1 = 1/2/1985-03 Map Date 9 1 = 1/2/1985-06 Map Date 10 1 = 1/2/1985-09 Map Date 11 1 = 1/2/1985-12 Map Date 12 1 = 1/2/1985-15 Map Date 13 1 = 1/2/1985-18 Map Date 14 1 = 1/2/1985-21 ######################################### MODEL IMAGES ################################################################# Number of Image Variables = 0 # Number of variables for which you # would like to output images # For each of the variables make a block like the one that follows, varying # the number of the variable (n = 1, .. , Number of Image Variables) Image Variable 1 = 513 # ID of the variable to output Image Layer 1 = 1 # If the variable exists for a number # of layers, specify the layers here with the top layer = 1 Image Start 1 = 1/1/1985-00 # First timestep for which to output an image Image End 1 = 1/1/1986-00 # Last timestep for which to output an image Image Interval 1 = 3 # Time interval between images (hours) Image Upper Limit 1 = 255 # All values in the output equal to or # greater than this limit will be set # to 255 Image Lower Limit 1 = 0 # All values in the output equal to or # smaller than this limit will be set # to 0 ######################################### GRAPHIC IMAGES ################################################################ Number of Graphics = 0 # Number of variables for which you # would like to output images Graphics ID 1 = 15 # ID of the variable to output Graphics ID 2 = 22 Graphics ID 3 = 23 Graphics ID 4 = 24 Graphics ID 5 = 25 Graphics ID 6 = 43 Graphics ID 7 = 44 Graphics ID 8 = 8 Graphics ID 9 = 2 Graphics ID 10 = 50 Graphics ID 11 = 1 # 1 SWE (mm) # 2 Water Table Depth (mm) # 3 Digital Elevation Model (m) # 4 Vegetation Class (index #) # 5 Soil Class (index #) # 6 Soil Depth (mm) # 7 Precipitation at current time step (mm/time step) # 8 Incoming Shortwave (Beam and Diffuse) (W/sqm) # 9 Intercepted Snow (mm) # 10 Snow Surface Temp (C) # 11 Cold Content of snow entire snow pack (kJ) # 12 Snow Melt (as Outflow minus Precip, can be negative) (mm/time step) # 13 Snow Pack Outflow (mm/time step) # 14 Saturated Subsurface Flow (mm/time step) # 15 Overland Flow(mm) # 16 Total Evapotranspiration (soil + all veg layers) # 17 Ground Snow pack vapor flux (mm) # 18 Intercepted snow pack vapor flux (mm) # 19 Soil Moisture (Surface Layer) % of saturation (i.e. porosity) # 20 Soil Moisture (2nd Layer) % of saturation (i.e. porosity) # 21 Soil Moisture (3rd Layer) % of saturation (i.e. porosity) # 22 Accumulated Precip (mm) # 23 air temperature (C) # 24 wind speed (m/s) # 25 relative humidity # 26 Prism Precip Field (mm) # 31 Overstory Transpiration (mm) # 32 Understory Transpirtation (mm) # 33 Soil Evaporation (mm) # 34 Overstory Evaporation (mm) # 35 Understory Evaportation (mm) # 41 Sky View Factor (%) # 42 Shade Map (%) # 43 Direct Beam Shortwave Rad (W/sqm) # 44 Diffuse Beam Shortwave Rad (W/sqm) # 45 Aspect (degrees) # 46 Slope (percent) # 50 Channel Subsurface Interception (mm) # 51 Road Subsurface Interception (mm) # WARNING Use soil mositure layers with caution, to minimize calculations during redraw # DHSVM does not check to make sure that the assigned soil layer exists ######################################################################################################### # END OF INPUT FILE ######################################################################################################### [End] # This is probably not needed, but # just in case (to close the previous # section) #########################################################################################################