Configuration (main) file keywords¶
Path definitions
Keyword |
Type |
Description |
|---|---|---|
Maps_Folder |
System Path |
Path to folder with land surface information |
Clim_Maps_Folder |
System Path |
Path to folder with Climate information |
Output_Folder |
System Path |
Path to folder where outputs will be written |
Tracking switch
Keyword |
Type |
Description |
|---|---|---|
Tracking |
option |
Switch 1/0 to turn water tracking (isotopes and/or ages)
on (1) or off (0)
|
TrackingConfig |
System Path |
Location and name of the tracking configuration file. |
Options
Keyword |
Description |
|---|---|
MapTypes |
Format of maps, in this version it is csf (PCRaster) |
Species_State_Variable_Input_Method |
Specifies the input format of the vegetation state
variables. Options are table or maps
|
Vegetation_dynamics |
Switches between different approaches to vegetation
dynamics: 0 assumes constant LAI (equal to initial value),
1 turns on vegetation allocation and growth module to
calculate LAI, and 2 allows for externally forcing LAI.
|
TimeSeries_LAI |
if Vegetation_dynamics = 2, generic/prefix in binary files
giving LAI dynamics, one for each species indicated with
a number from 0 to Number_of_Species - 1 (see below)
File name format is prefix+’_’+species#+’.bin’. E.g.,
TimeSeries_LAI = LAI will have the model looking for files
LAI_0.bin, LAI_1.bin, …, LAI_Number_of_Species-1.bin
|
Reinfiltration |
Boolean switch to turn reinfiltration on (1) or off (0) |
Aerodyn_resist_opt |
Switches between different aerodynamic resistance
formulations. 0: Penman; 1: Thom and Oliver (1977);
|
Soil_resistance_opt |
Switches between different soil resistance
formulations. 0: No resistance; 1: Passerat de Silans
et al. (1989); 2: Sellers et al. (1992); 3: Sakaguchi and
Zeng (2009)
|
Time controls
Keyword |
Type |
Unit |
Description |
|---|---|---|---|
Simul_start |
Integer |
Seconds |
Time of simulation start. In the current version this
value must be 0
|
Simul_end |
Integer |
Seconds |
Time when simulation ends in seconds. This value
indicates the total simulated time
|
Simul_tstep |
Integer |
Seconds |
Size of the integration time step
|
Clim_input_tstep |
Integer |
Seconds |
Time step of climate forcing. Typically it is the same as
Simul_tstep but can be larger (i.e. climate inputs are
daily but we are using an hourly integration time step).
Clim_input_tstep cannot be smaller than Simul_tstep
|
Report_interval |
Integer |
Seconds |
Intervals between time series outputs. Report_interval
cannot be smaller than Simul_tstep and typically it is
equal to Simul_tstep
|
ReportMap_interval |
Integer |
Seconds |
Intervals between maps outputs. ReportMap_interval
cannot be smaller than Simul_tstep
|
Climate information (maps and binary files must be placed in Clim_Maps_Folder)
Keyword |
Type |
Unit |
Description |
|---|---|---|---|
Snow_rain_temp_threshold |
scalar |
\(^{\circ}C\) |
Air temperature threshold for snow/rain transition |
ClimateZones |
Map file name |
\([-]\) |
Map identifying the climate zones |
Isohyet_map |
Map file name |
\([-]\) |
This map allows to redistribute rainfall within a
climate zone. It is a map with multiplication
factors for rain in a given pixel. A map containing
1 over the domain has the effect of overriding this
factors for rain in a given pixel. A map containing
input (does not modify the precipitation input).
|
Precipitation |
Binary climate file |
\(ms^{-1}\) |
Precipitation input |
AirTemperature |
Binary climate file |
\(^{\circ}C\) |
Average air temperature |
MaxAirTemp |
Binary climate file |
\(^{\circ}C\) |
Maximum air temperature |
MinAirTemp |
Binary climate file |
\(^{\circ}C\) |
Maximum air temperature |
RelativeHumidity |
Binary climate file |
\(kPa kPa^{-1}\) |
Relative humidity of the Air |
WindSpeed |
Binary climate file |
\(ms^{-1}\) |
Wind speed |
IncomingLongWave |
Binary climate file |
\(Wm^{-2}\) |
Incoming long wave radiation |
IncomingShortWave |
Binary climate file |
\(Wm^{-2}\) |
Incoming solar radiation |
Drainage network (files must be located in Maps_Folder)
Keyword |
Type |
Unit |
Description |
|---|---|---|---|
local_drain_direc |
Map file name |
\([-]\) |
D8 steepest descent ldd |
channel_width |
Map file name |
\(m\) |
mask with width of channel network. Pixels with no
channel must be 0 or nodata. Positive numbers indicate
the width of the channel in the pixel
|
channel_gw_transfer_param |
Map file name |
\(m^{-1}\) |
Coefficient controlling transfers of water from the
subsurface system to the channel
|
mannings_n |
Map file name |
\(sm^{-1/3}\) |
Manning’s n roughness coefficient for channel |
Initial conditions for soil states (files must be located in Maps_Folder)
Keyword |
Type |
Unit |
Description |
|---|---|---|---|
Streamflow |
Map file name |
\(m^3 s^{-1}\) |
Streamflow |
snow_water_equivalent |
Map file name |
\(m\) |
Snow water equivalent |
Soil_moisture_1 |
Map file name |
\(m^3 m^{-3}\) |
Volumetric soil water content for topmost soil layer |
Soil_moisture_2 |
Map file name |
\(m^3 m^{-3}\) |
Volumetric soil water content for layer 2 |
Soil_moisture_3 |
Map file name |
\(m^3 m^{-3}\) |
Volumetric soil water content of bottommost layer |
Soil_temperature |
Map file name |
\(^{\circ}C\) |
Soil temperature at boundary of thermal layer |
Soil parameters (files must be located in Maps_Folder)
Keyword |
Type |
Unit |
Description |
|---|---|---|---|
DEM |
Map file name |
\(m\) |
Digital elevation model |
Slope |
Map file name |
\(mm^{-1}\) |
Local terrain slope. Rise over run |
Horiz_Hydraulic_Conductivity |
Map file name |
\(ms^{-1}\) |
Effective soil hydraulic conductivity |
Vert_Horz_Anis_ratio |
Map file name |
\([-]\) |
Ratio of vertical to horizontal hydraulic conductivity |
Terrain_Random_Roughness |
Map file name |
\(m\) |
Local surface roughness |
Porosity |
Map file name |
\([-]\) |
Soil porosity |
Air_entry_pressure |
Map file name |
\(m\) |
Soil air entry pressure |
Brooks_Corey_lambda |
Map file name |
\([-]\) |
Pore size distribution |
Residual_soil_moisture |
Map file name |
\(m^{3}m^{-3}\) |
Minimum allowed volumetric soil water content |
Soil_depth |
Map file name |
\(m\) |
Soil depth |
Depth_soil_layer_1 |
Map file name |
\(m\) |
Depth of topmost soil layer |
Depth_soil_layer_2 |
Map file name |
\(m\) |
Depth of second soil layer |
Veget_water_use_param1 |
Map file name |
\(m\) |
Vegetation water use parameter as per Landsberg and
Waring (1997)
|
Veget_water_use_param2 |
Map file name |
\(m\) |
Vegetation water use parameter as per Landsberg and
Waring (1997)
|
Root_profile_coeff |
Map file name |
\(m^{-1}\) |
Coefficient for the exponentiall-decreasing root
profile
|
Albedo |
Map file name |
\([-]\) |
Surface albedo |
Surface_emissivity |
Map file name |
\([-]\) |
Surface emissivity/absorptivity |
Dry_Soil_Heat_Capacity |
Map file name |
\(Jm^{-3}K^{-1}\) |
Heat capacity of soil solid particles |
Dry_Soil_Therm_Cond |
Map file name |
\(Wm^{-1}K^{-1}\) |
Thermal conductivity of soil solid particles |
Damping_depth |
Map file name |
\(m\) |
Depth of bottom of second soil thermal layer |
Temp_at_damp_depth |
Map file name |
\(^{\circ}C\) |
Soil temperature at damping depth |
Snow_Melt_Coeff |
Map file name |
\(m^{\circ}C^{-1}\) |
Snowmelt coefficient factor |
Soil_bedrock_leakance |
Map file name |
\([-]\) |
Factor between 0 and 1 defining the vertical
hydraulic conductivity at the soil-bedrock interface
(in proportion of soil Kv)
|
Forest parameters (files must be located in Maps_Folder)
Keyword |
Type |
Unit |
Description |
|---|---|---|---|
ForestPatches |
Map file name |
integers |
Map identifying forest categories (patches) |
Number_of_Species |
Integer |
\([-]\) |
Number of vegetation types included in the simulation |
Species_Parameters |
Parameter table |
\([-]\) |
Table containing parameter information for each simulated vegetation type |
Vegetation tables (needed only if Species_State_Variable_Input_Method=tables)
Keyword |
Type |
Unit |
Description |
|---|---|---|---|
Species_Proportion_Table |
Variable table |
\(m^{2} m^{-2}\) |
Table with initial proportion of covered area
(canopy cover) for each vegetation type with respect to
cell area
|
Species_StemDensity_Table |
Variable table |
\(trees.m^{-2}\) |
Table with initial tree density for each vegetation type |
Species_LAI_Table |
Variable table |
\(m^{2} m^{-2}\) |
Table with initial leaf area index for each vegetation type |
Species_AGE_Table |
Variable table |
\(years\) |
Table with initial average age each vegetation type |
Species_BasalArea_Table |
Variable table |
\(m^{2}\) |
Table with initial total basal area per vegetation type |
Species_Height_table |
Variable table |
\(m\) |
Table with initial effective height per vegetation type |
Species_RootMass_table |
Variable table |
\(g m^{-3}\) |
Table with initial root mass per volume of soil for each
vegetation type
|
Map report switches
Keyword |
Unit |
Description |
File root |
|---|---|---|---|
Report_Long_Rad_Down |
\(W m^{-2}\) |
Downwelling long wave (infrared) radiation at the
top of the canopy (climate input)
|
LDown |
Report_Short_Rad_Down |
\(W m^{-2}\) |
Incoming shortwave (visible) radiation at the top
of canopy (climate input)
|
Sdown |
Report_Precip |
\(m s^{-1}\) |
Precipitation (climate input) |
Pp |
Report_Rel_Humidity |
\(Pa^{1} Pa^{-1}\) |
Relative humidity in the atmosphere (climate input) |
RH |
Report_Wind_Speed |
\(m s^{-1}\) |
Horizontal wind speed (climate input) |
WndSp |
Report_AvgAir_Temperature |
\(^{\circ}C\) |
Average air temperature (climate input) |
Tp |
Report_MinAir_Temperature |
\(^{\circ}C\) |
Minimum air temperature (climate input) |
TpMin |
Report_MaxAir_Temperature |
\(^{\circ}C\) |
Maximum air temperature (climate input) |
TpMax |
Report_SWE |
\(m\) |
Snow water equivalent |
SWE |
Report_Infilt_Cap |
\(m s^{-1}\) |
Infiltration _Capacity |
IfCap |
Report_Streamflow |
\(m^{3}s^{-1}\) |
Channel discharge |
Q |
Report_Soil_Water_Content_Average |
\(m^{3}m^{-3}\) |
Average volumetric water content for entire soil
profile
|
SWCav |
Report_Soil_Water_Content_Up |
\(m^{3}m^{-3}\) |
Average volumetric water content for the two
upper soil layers
|
SWCup |
Report_Soil_Water_Content_L1 |
\(m^{3}m^{-3}\) |
Volumetric water content for topmost
soil layer
|
SWC1 |
Report_Soil_Water_Content_L2 |
\(m^{3}m^{-3}\) |
Volumetric water content for second
soil layer
|
SWC2 |
Report_Soil_Water_Content_L3 |
\(m^{3}m^{-3}\) |
Volumetric water content for bottommost
soil layer
|
SWC3 |
Report_WaterTableDepth |
\(m\) |
Depth the equivalent water table using the
average soil moisture
|
WTD |
Report_Soil_Sat_Deficit |
\(m\) |
Meters of water needed to saturate soil |
SatDef |
Report_Ground_Water |
\(m\) |
Meters of water above field capacity in the third
hydrologic layer
|
GW |
Report_Soil_Net_Rad |
\(Wm^{-2}\) |
Soil net radiation integrated over the grid cell |
NRs |
Report_Soil_LE |
\(Wm^{-2}\) |
Latent heat for surface layer |
LEs |
Report_Sens_Heat |
\(Wm^{-2}\) |
Sensible heat for surface layer |
SensH |
Report_Grnd_Heat |
\(Wm^{-2}\) |
Ground heat |
GrndH |
Report_Snow_Heat |
\(Wm^{-2}\) |
Turbulent heat exchange with snowpack |
SnowH |
Report_Soil_Temperature |
\(^{\circ}C\) |
Soil temperature at the bottom of first thermal
layer
|
Ts |
Report_Skin_Temperature |
\(^{\circ}C\) |
Soil skin temperature |
Tskin |
Report_Total_ET |
\(m s^{-1}\) |
Total evapotranspiration |
Evap |
Report_Transpiration_sum |
\(m s^{-1}\) |
Transpiration integrated over the grid cell using
vegetation fractions
|
EvapT |
Report_Einterception_sum |
\(m s^{-1}\) |
Evaporation of intercepted water integrated over
the grid cell using vegetation fractions
|
EvapI |
Report_Esoil_sum |
\(m s^{-1}\) |
Soil evaporation integrated over subcanopy and
bare soil fractions
|
EvapS |
Report_Net_Rad_sum |
\(Wm^{-2}\) |
Top-of-canopy net radiation integrated over the
grid cell (including bare soil fraction)
|
NRtot |
Report_Veget_frac |
\(m^{2} m^{-2}\) |
Fraction of cell covered by canopy of vegetation
type n
|
p_*n* |
Report_Stem_Density |
\(stems m^{-2}\) |
Density of individuals of vegetation type n |
ntr_*n* |
Report_Leaf_Area_Index |
\(m^{2} m^{-2}\) |
Leaf area index of vegetation type n |
lai_*n* |
Report_Stand_Age |
\(years\) |
Age of stand of vegetation type n |
age_*n* |
Report_Canopy_Conductance |
\(m s^{-1}\) |
Canopy conductance for vegetation type n |
gc_*n* |
Report_GPP |
\(gC m^{-2}\) |
Gross primary production for vegetation type n
during the time step
|
gpp_*n* |
Report_NPP |
\(gC^{-1} m^{-2}\) |
Net primary production for vegetation type n
during the time step
|
npp_*n* |
Report_Basal_Area |
\(m^{2}\) |
Total basal area of vegetation type n |
bas_*n* |
Report_Tree_Height |
\(m\) |
Height of stand of vegetation type n |
hgt_*n* |
Report_Root_Mass |
\(g m^{-3}\) |
Root mass per volume of soil vegetation type n |
root_*n* |
Report_Canopy_Temp |
\(^{\circ}C\) |
Canopy temperature of vegetation type n |
Tc_*n* |
Report_Canopy_NetR |
\(W m^{-2}\) |
Net radiation above the vegetation type n |
NRc_*n* |
Report_Canopy_LE_E |
\(W m^{-2}\) |
Latent heat for evaporation of canopy
interception for vegetation type n
|
LEEi_*n* |
Report_Canopy_LE_T |
\(W m^{-2}\) |
Transpiration latent heat for vegetation type n |
LETr_*n* |
Report_Canopy_Sens_Heat |
\(W m^{-2}\) |
Sensible heat, canopy layer of vegetation type n |
Hc_*n* |
Report_Canopy_Water_Stor |
\(m\) |
Intercepted water storage of vegetation type n |
Cs_*n* |
Report_species_ET |
\(m s^{-1}\) |
Evapotranspiration within the vegetation type n |
ETc_*n* |
Report_Transpiration |
\(m s^{-1}\) |
Transpiration from vegetation type n |
Trp_*n* |
Report_Einterception |
\(m s^{-1}\) |
Evaporation of intercepted water for the
vegetation type n
|
Ei_*n* |
Report_Esoil |
\(m s^{-1}\) |
Soil evaporation under the vegetation type n |
Es_*n* |
Report_GW_to_Channnel |
\(m\) |
Quantity of groundwater seeping in stream water |
GWChn |
Report_Surface_to_Channel |
\(m\) |
Quantity of surface runoff contributing to
stream water
|
SrfChn |
Report_Infiltration |
\(m\) |
Meters of water (re)infiltrated water in the
first hydrological layer
|
Inf |
Report_Return_Flow_Surface |
\(m\) |
Meters of water exfiltrated from the first
hydrological layer
|
RSrf |
Report_Overland_Inflow |
\(m\) |
Surface run-on (excluding channel inflow) |
LSrfi |
Report_Stream_Inflow |
\(m\) |
Incoming stream water |
LChni |
Report_Groundwater_Inflow |
\(m\) |
Lateral groundwater inflow |
LGWi |
Report_Overland_Outflow |
\(m\) |
Surface run-off (excluding channel outflow) |
LSrfo |
Report_Groundwater_Outflow |
\(m\) |
Lateral groundwater outflow |
LGWo |
Report_GW_to_Channnel_acc |
\(m\) |
Cumulated quantity of groundwater seeping in
stream water
|
GWChnA |
Report_Surface_to_Channel_acc |
\(m\) |
Cumulated quantity of surface runoff contributing
to stream water
|
SrfChnA |
Report_Infiltration_acc |
\(m\) |
Cumulated meters of water (re)infiltrated water
in the first hydrological layer
|
InfA |
Report_Return_Flow_Surface_acc |
\(m\) |
Cumulated meters of water exfiltrated from the
first hydrological layer
|
RSrfA |
Report_Overland_Inflow_acc |
\(m\) |
Cumulated surface run-on (excluding channel inflow) |
LSrfiA |
Report_Stream_Inflow_acc |
\(m\) |
Cumulated lncoming stream water |
LChniA |
Report_Groundwater_Inflow_acc |
\(m\) |
Cumulated lateral groundwater inflow |
LGWiA |
Report_Overland_Outflow_acc |
\(m\) |
Cumulated surface run-off (excludes discharge) |
LSrfoA |
Report_Groundwater_Outflow_acc |
\(m\) |
Cumulated lateral groundwater outflow |
LGWo |
Map mask for time series locations
Keyword |
Type |
Description |
|---|---|---|
TS_mask |
Map file name |
Map identifying cells for which state variables will be reported.
Map should be zero everywhere except for target cells.
A maximum of 32 cells can be reported.
|
Time series report switches
Written outputs file are time series tables at cells identified in TS_mask.
Keyword |
Unit |
Description |
File name |
|---|---|---|---|
Ts_OutletDischarge |
\(m^{3} s^{-1}\) |
Discharge at cells with ldd value = 5 (outlets
and sinks)
|
OutletDisch.tab |
Ts_Long_Rad_Down |
\(W m^{-2}\) |
Downwelling long wave (infrared) radiation at the
top of the canopy (climate input)
|
LDown.tab |
Ts_Short_Rad_Down |
\(W m^{-2}\) |
Incoming shortwave (visible) radiation at the top
of canopy (climate input)
|
Sdown.tab |
Ts_Precip |
\(m s^{-1}\) |
Precipitation (climate input) |
Precip.tab |
Ts_Rel_Humidity |
\(Pa^{1} Pa^{-1}\) |
Relative humidity in the atmosphere (climate input) |
RelHumid.tab |
Ts_Wind_Speed |
\(m s^{-1}\) |
Horizontal wind speed (climate input) |
WindSpeed.tab |
Ts_AvgAir_Temperature |
\(^{\circ}C\) |
Average air temperature (climate input) |
AvgTemp.tab |
Ts_MinAir_Temperature |
\(^{\circ}C\) |
Minimum air temperature (climate input) |
MinTemp.tab |
Ts_MaxAir_Temperature |
\(^{\circ}C\) |
Maximum air temperature (climate input) |
MaxTemp.tab |
Ts_SWE |
\(m\) |
Snow water equivalent |
SWE.tab |
Ts_Infilt_Cap |
\(m s^{-1}\) |
Infiltration _Capacity |
InfiltCap.tab |
Ts_Streamflow |
\(m^{3}s^{-1}\) |
Channel discharge |
Streamflow.tab |
Ts_Ponding |
\(m^{3}m^{-3}\) |
Surface water height
|
Ponding.tab |
Ts_Soil_Water_Content_Average |
\(m^{3}m^{-3}\) |
Average volumetric water content for entire soil
profile
|
SoilMoistureAv.tab |
Ts_Soil_Water_Content_Up |
\(m^{3}m^{-3}\) |
Average volumetric water content for the two
upper soil layers
|
SoilMoistureUp.tab |
Ts_Soil_Water_Content_L1 |
\(m^{3}m^{-3}\) |
Volumetric water content for topmost
soil layer
|
SoilMoistureL1.tab |
Ts_Soil_Water_Content_L2 |
\(m^{3}m^{-3}\) |
Volumetric water content for second
soil layer
|
SoilMoistureL2.tab |
Ts_Soil_Water_Content_L3 |
\(m^{3}m^{-3}\) |
Volumetric water content for bottommost
soil layer
|
SoilMoistureL3.tab |
Ts_WaterTableDepth |
\(m\) |
Depth the equivalent water table using the
average soil moisture
|
WaterTableDepth.tab |
Ts_Soil_Sat_Deficit |
\(m\) |
Water depth needed to saturate the cells
identified in TS_mask
|
SoilSatDef.tab |
Ts_Ground_Water |
\(m\) |
Meters of water above field capacity in the third
hydrologic layer
|
GroundWater.tab |
Ts_Soil_Net_Rad |
\(Wm^{-2}\) |
Soil net radiation integrated over the grid cell |
NetRadS.tab |
Ts_Soil_LE |
\(Wm^{-2}\) |
Latent heat for surface layer |
LatHeat.tab |
Ts_Sens_Heat |
\(Wm^{-2}\) |
Sensible heat for surface layer |
SensHeat.tab |
Ts_Grnd_Heat |
\(Wm^{-2}\) |
Ground heat |
GrndHeat.tab |
Ts_Snow_Heat |
\(Wm^{-2}\) |
Turbulent heat exchange with snowpack |
SnowHeat.tab |
Ts_Soil_Temperature |
\(^{\circ}C\) |
Soil temperature at the bottom of first thermal
layer
|
SoilTemp.tab |
Ts_Skin_Temperature |
\(^{\circ}C\) |
Soil skin temperature |
SkinTemp.tab |
Ts_Total_ET |
\(m s^{-1}\) |
Total evapotranspiration |
Evap.tab |
Ts_Transpiration_sum |
\(m s^{-1}\) |
Transpiration integrated over the grid cell using
vegetation fractions
|
EvapT.tab |
Ts_Einterception_sum |
\(m s^{-1}\) |
Evaporation of intercepted water integrated over
the grid cell using vegetation fractions
|
EvapI.tab |
Ts_Esoil_sum |
\(m s^{-1}\) |
Soil evaporation integrated over subcanopy and
bare soil fractions
|
EvapS.tab |
Ts_Net_Rad_sum |
\(Wm^{-2}\) |
Top-of-canopy net radiation integrated over the
grid cell (including bare soil fraction)
|
NetRadtot.tab |
Ts_Veget_frac |
\(m^{2} m^{-2}\) |
Fraction of cell covered by canopy of vegetation
type n
|
p_*n*.tab |
Ts_Stem_Density |
\(stems m^{-2}\) |
Density of individuals of vegetation type n |
num_of_trees_*n*.tab |
Ts_Leaf_Area_Index |
\(m^{2} m^{-2}\) |
Leaf area index of vegetation type n |
lai_*n*.tab |
Ts_Canopy_Conductance |
\(m s^{-1}\) |
Canopy conductance for vegetation type n |
CanopyConduct_*n*.tab |
Ts_GPP |
\(gC m^{-2}\) |
Gross primary production for vegetation type n
during the time step
|
GPP_*n*.tab |
Ts_NPP |
\(gC^{-1} m^{-2}\) |
Net primary production for vegetation type n
during the time step
|
NPP_*n*.tab |
Ts_Basal_Area |
\(m^{2}\) |
Total basal area of vegetation type n |
BasalArea_*n*.tab |
Ts_Tree_Height |
\(m\) |
Height of stand of vegetation type n |
TreeHeight_*n*.tab |
Ts_Root_Mass |
\(g m^{-3}\) |
Root mass per volume of soil vegetation type n |
RootMass_*n*.tab |
Ts_Canopy_Temp |
\(^{\circ}C\) |
Canopy temperature of vegetation type n |
CanopyTemp_*n*.tab |
Ts_Canopy_NetR |
\(W m^{-2}\) |
Net radiation above the vegetation type n |
NetRadC_*n*.tab |
Ts_Canopy_LE_E |
\(W m^{-2}\) |
Latent heat for evaporation of canopy
interception for vegetation type n
|
CanopyLatHeatEi_*n*.tab |
Ts_Canopy_LE_T |
\(W m^{-2}\) |
Transpiration latent heat for vegetation type n |
CanopyLatHeatTr_*n*.tab |
Ts_Canopy_Sens_Heat |
\(W m^{-2}\) |
Sensible heat, canopy layer of vegetation type n |
CanopySensHeat_*n*.tab |
Ts_Canopy_Water_Stor |
\(m\) |
Intercepted water storage of vegetation type n |
CanopyWaterStor_*n*.tab |
Ts_species_ET |
\(m s^{-1}\) |
Evapotranspiration within the vegetation type n |
ETc_*n*.tab |
Ts_Transpiration |
\(m s^{-1}\) |
Transpiration from vegetation type n |
EvapT_*n*.tab |
Ts_Einterception |
\(m s^{-1}\) |
Evaporation of intercepted water for the
vegetation type n
|
EvapI_*n*.tab |
Ts_Esoil |
\(m s^{-1}\) |
Soil evaporation under the vegetation type n |
EvapS_*n*.tab |
Ts_GW_to_Channnel |
\(m\) |
Quantity of groundwater seeping in stream water |
GWtoChn.tab |
Ts_Surface_to_Channel |
\(m\) |
Quantity of surface runoff contributing to
stream water
|
SrftoChn.tab |
Ts_Infiltration |
\(m\) |
Meters of water (re)infiltrated water in the
first hydrological layer
|
Infilt.tab |
Ts_Return_Flow_Surface |
\(m\) |
Meters of water exfiltrated from the first
hydrological layer
|
ReturnSrf.tab |
Ts_Overland_Inflow |
\(m\) |
Surface run-on (excluding channel inflow) |
SrfLatI.tab |
Ts_Stream_Inflow |
\(m\) |
Incoming stream water |
ChnLatI.tab |
Ts_Groundwater_Inflow |
\(m\) |
Lateral groundwater inflow |
GWLatI.tab |
Ts_Overland_Outflow |
\(m\) |
Surface run-off (excluding channel outflow) |
SrfLatO.tab |
Ts_Groundwater_Outflow |
\(m\) |
Lateral groundwater outflow |
GWLatO.tab |
Ts_GW_to_Channnel_acc |
\(m\) |
Cumulated quantity of groundwater seeping in
stream water
|
GWtoChnAcc.tab |
Ts_Surface_to_Channel_acc |
\(m\) |
Cumulated quantity of surface runoff contributing
to stream water
|
SrftoChnAcc.tab |
Ts_Infiltration_acc |
\(m\) |
Cumulated meters of water (re)infiltrated water
in the first hydrological layer
|
InfiltAcc.tab |
Ts_Return_Flow_Surface_acc |
\(m\) |
Cumulated meters of water exfiltrated from the
first hydrological layer
|
ReturnSrfAcc.tab |
Ts_Overland_Inflow_acc |
\(m\) |
Cumulated surface run-on (excluding channel inflow) |
SrfLatIAcc.tab |
Ts_Stream_Inflow_acc |
\(m\) |
Cumulated lncoming stream water |
ChnLatIAcc.tab |
Ts_Groundwater_Inflow_acc |
\(m\) |
Cumulated lateral groundwater inflow |
GWLatIAcc.tab |
Ts_Overland_Outflow_acc |
\(m\) |
Cumulated surface run-off (excludes discharge) |
SrfLatOAcc.tab |
Ts_Groundwater_Outflow_acc |
\(m\) |
Cumulated lateral groundwater outflow |
GWLatOAcc.tab |