List of output variables¶
This list of variables gives an overview of possible output variables.
Warning
this list is not complete (but almost).
ID |
VariableName |
Description |
Unit |
Module |
|
|---|---|---|---|---|---|
V1 |
abstractedLakeReservoirM3 |
Abstractions from lakes and reservoirs at the location of the waterbody |
m3 |
Array |
water_demand |
V2 |
abstractedLakeReservoirM3C |
Compressed abstractedLakeReservoirM3 |
m3 |
Array |
water_demand |
V3 |
act_bigLakeResAbst |
Abstractions to satisfy demands from lakes and reservoirs |
m |
Array |
water_demand |
V4 |
act_bigLakeResAbst_Restricted |
Array |
wastewater |
||
V5 |
act_bigLakeResAbst_UNRestricted |
Array |
wastewater |
||
V6 |
act_bigLakeResAbst_wwt |
Array |
water_demand |
||
V7 |
act_channelAbst |
Abstractions to satisfy demands from channels |
m |
Array |
water_demand |
V8 |
act_channelAbstract_Lift |
Abstractions from the channel in lift areas at the location of the channel |
m |
Array |
water_demand |
V9 |
act_DesalWaterAbstractM |
Array |
water_demand |
||
V10 |
act_DesalWaterAbstractM3 |
Array |
water_demand |
||
V11 |
act_domConsumption |
Domestic consumption |
m |
Array |
water_demand |
V12 |
act_domDemand |
Domestic demand |
m |
Array |
water_demand |
V13 |
act_domWithdrawal |
Domestic withdrawal |
m |
Array |
water_demand |
V14 |
act_indConsumption |
Industrial consumption |
m |
Array |
water_demand |
V15 |
act_indDemand |
Industrial demand |
m |
Array |
water_demand |
V16 |
act_indWithdrawal |
Industrial withdrawal |
m |
Array |
water_demand |
V17 |
act_irrConsumption |
actual irrigation water consumption |
m |
Array |
water_demand |
V18 |
act_irrNonpaddyDemand |
non-paddy irrigation demand |
m |
Array |
water_demand |
V19 |
act_irrNonpaddyWithdrawal |
non-paddy irrigation withdrawal |
m |
Array |
water_demand |
V20 |
act_irrPaddyDemand |
paddy irrigation demand |
m |
Array |
water_demand |
V21 |
act_irrPaddyWithdrawal |
paddy irrigation withdrawal |
m |
Array |
water_demand |
V22 |
act_irrWithdrawal |
Irrigation withdrawals |
m |
Array |
water_demand |
V23 |
act_irrWithdrawalGW_month |
Running total agent groundwater withdrawals for the month |
m |
Array |
water_demand |
V24 |
act_irrWithdrawalSW_month |
Running total agent surface water withdrawals for the month |
m |
Array |
water_demand |
V25 |
act_lakeAbst |
Abstractions from lakes at demand location |
m |
Array |
water_demand |
V26 |
act_livConsumption |
Livestock consumptions |
m |
Array |
water_demand |
V27 |
act_livDemand |
Livestock demands |
m |
Array |
water_demand |
V28 |
act_livWithdrawal |
Livestock withdrawals |
m |
Array |
water_demand |
V29 |
act_nonIrrConsumption |
Non-irrigation consumption |
m |
Array |
water_demand |
V30 |
act_nonIrrWithdrawal |
Non-irrigation withdrawals |
m |
Array |
water_demand |
V31 |
act_nonpaddyConsumption |
Non-paddy irrigation consumption |
m |
Array |
water_demand |
V32 |
act_paddyConsumption |
Paddy consumption |
m |
Array |
water_demand |
V33 |
act_ResAbst |
Abstractions from reservoirs at demand location |
m |
Array |
water_demand |
V34 |
act_ResAbst_wwt |
Array |
water_demand |
||
V35 |
act_smallLakeResAbst |
Abstractions from small lakes at demand location |
m |
Array |
water_demand |
V36 |
act_SurfaceWaterAbstract |
Surface water abstractions |
m |
Array |
water_demand |
V37 |
act_totalIrrConsumption |
Total irrigation consumption |
m |
Array |
water_demand |
V38 |
act_totalWaterConsumption |
Total water consumption |
m |
Array |
water_demand |
V39 |
act_totalWaterWithdrawal |
Total water withdrawals |
m |
Array |
water_demand |
V40 |
actBareSoilEvap |
Simulated evaporation from the first soil layer |
m |
Array |
soil |
V41 |
activate_domestic_agents |
Input: True if activate_domestic_agents = True |
bool |
Flag |
water_demand |
V42 |
activate_irrigation_agents |
Input: True if activate_irrigation_agents = True |
bool |
Flag |
water_demand |
V43 |
activatedCrops |
Fraction of area a specific crop is planted |
Array |
evaporation |
|
V44 |
actTransTotal |
Total actual transpiration from the three soil layers |
m |
Array |
soil |
V45 |
actTransTotal_crops_Irr |
Transpiration associated with specific irrigated crops |
m |
Array |
soil |
V46 |
actTransTotal_crops_nonIrr |
Transpiration associated with specific non-irr crops |
m |
Array |
soil |
V47 |
actTransTotal_forest |
Transpiration from forest land cover |
m |
Array |
soil |
V48 |
actTransTotal_grasslands |
Transpiration from grasslands land cover |
m |
Array |
soil |
V49 |
actTransTotal_month_Irr |
Internal variable: Running total of transpiration for specific irrigated crops |
m |
Array |
soil |
V50 |
actTransTotal_month_nonIrr |
Internal variable: Running total of transpiration for specific non-irrigated crops |
m |
Array |
soil |
V51 |
actTransTotal_nonpaddy |
Transpiration from non-paddy land cover |
m |
Array |
soil |
V52 |
actTransTotal_paddy |
Transpiration from paddy land cover |
m |
Array |
soil |
V53 |
actualET |
simulated evapotranspiration from soil: flooded area and vegetation |
m |
Array |
soil |
V54 |
addtoevapotrans |
Irrigation application loss to evaporation |
m |
Array |
water_demand |
V55 |
adjRoot |
Array |
landcoverType |
||
V56 |
adjust_Normal_FloodC |
Reservoir calculation: |
Array |
lakes_reservoirs |
|
V57 |
adminSegments |
Domestic agents |
Int |
Array |
water_demand |
V58 |
adminSegments_area |
Spatial area of domestic agents |
m2 |
Array |
routing_kinematic |
V59 |
adv_frost |
if this use: Kfrost and maxFrost is used |
Flag |
snow_frost |
|
V60 |
Afrost |
Daily decay coefficient: (Handbook of Hydrology: p. 7.28) |
Array |
snow_frost |
|
V61 |
AlbedoCanopy |
Albedo of vegetation canopy (FAO:1998) default =0.23 |
Array |
evaporationPot |
|
V62 |
albedoLand |
albedo from land surface (from GlobAlbedo database) |
Array |
evaporationPot |
|
V63 |
albedoOpenWater |
albedo from open water surface (from GlobAlbedo database) |
Array |
evaporationPot |
|
V64 |
AlbedoSoil |
Albedo of bare soil surface (Supit et. al. 1994) default = 0.15 |
Array |
evaporationPot |
|
V65 |
AlbedoWater |
Albedo of water surface (Supit et. al. 1994) default = 0.05 |
Array |
evaporationPot |
|
V66 |
allocation_zone |
Array |
water_demand |
||
V67 |
allocSegments |
Array |
water_demand |
||
V68 |
allowedPumping |
Array |
water_demand |
||
V69 |
alpha1 |
Van Genuchten parameter alpha layer1 |
Array |
landcoverType |
|
V70 |
alpha2 |
Van Genuchten parameter alpha layer2 |
Array |
landcoverType |
|
V71 |
alpha3 |
Van Genuchten parameter alpha layer3 |
Array |
landcoverType |
|
V72 |
alphaDepletion |
Input: alphaDepletion: irrigation aims to alphaDepletion of field capacity - wilting |
frac |
Array |
irrigation |
V73 |
alpPower |
Array |
routing_kinematic |
||
V74 |
areaCrops_Irr_segment |
Array |
evaporation |
||
V75 |
areaCrops_nonIrr_segment |
Array |
evaporation |
||
V76 |
areaPaddy_Irr_segment |
Array |
evaporation |
||
V77 |
arnoBeta |
arnoBeta defines the shape of soil water capacity distribution curve as a function of topographic variability |
Array |
landcoverType |
|
V78 |
arnoBetaOro |
chosen ModFlow model timestep (1day: 7days: 30days: etc.) |
m |
Array |
landcoverType |
V79 |
availableArableLand |
Fraction of land not currently planted with specific crops |
% |
Array |
landcoverType |
V80 |
availableArableLand_segment |
Array |
evaporation |
||
V81 |
availableGWStorageFraction |
Array |
transient |
||
V82 |
availWaterInfiltration |
quantity of water reaching the soil after interception: more snowmelt |
m |
Array |
sealed_water |
V83 |
AvlDesalM3 |
Array |
water_demand |
||
V84 |
baseflow |
simulated baseflow (= groundwater discharge to river) |
m |
Array |
transient |
V85 |
beta |
Array |
routing_kinematic |
||
V86 |
buffer |
List |
readmeteo |
||
V87 |
canals |
Array |
water_demand |
||
V88 |
canals_wwt |
Array |
water_demand |
||
V89 |
canalsArea |
Array |
water_demand |
||
V90 |
canalsArea_wwt |
Array |
water_demand |
||
V91 |
canalsArea_wwtC |
Array |
water_demand |
||
V92 |
canalsAreaC |
Array |
water_demand |
||
V93 |
capillar |
Flow from groundwater to the third CWATM soil layer. Used with MODFLOW |
m |
Array |
transient |
V94 |
capRiseFrac |
fraction of a grid cell where capillar rise may happen |
m |
Array |
capillarRise |
V95 |
capRiseFromGW |
Simulated capillary rise from groundwater |
m |
Array |
soil |
V96 |
capriseindex |
Array |
transient |
||
V97 |
catcharea |
catchment area of the subbaSIN |
m2 |
Array |
output |
V98 |
catchment |
Array |
routing_kinematic |
||
V99 |
catchment_LR |
catchments lake/reservoir |
Array |
lakes_reservoirs |
|
V100 |
cellArea |
Area of cell |
m2 |
Array |
water_demand |
V101 |
celllength |
Cell length: defined as the square root of cell area |
m |
Array |
waterquality1 |
V102 |
chanDepth |
Input: Channel depth |
m |
Array |
routing_kinematic |
V103 |
chanGrad |
Array |
routing_kinematic |
||
V104 |
chanLength |
Input: Channel length |
m |
Array |
routing_kinematic |
V105 |
chanMan |
Input: Channel Manning’s roughness coefficient |
s/m^(1/3) |
Array |
routing_kinematic |
V106 |
Channel_Domestic |
Channel water abstracted for domestic |
m |
Array |
water_demand |
V107 |
Channel_Domestic_fromZone |
Array |
water_demand |
||
V108 |
Channel_Industry |
Channel water abstracted for industry |
m |
Array |
water_demand |
V109 |
Channel_Industry_fromZone |
Array |
water_demand |
||
V110 |
Channel_Irrigation |
Channel water abstracted for irrigation |
m |
Array |
water_demand |
V111 |
Channel_Irrigation_fromZone |
Array |
water_demand |
||
V112 |
Channel_Livestock |
Channel water abstracted for livestock |
m |
Array |
water_demand |
V113 |
Channel_Livestock_fromZone |
Array |
water_demand |
||
V114 |
Channel_Other |
Array |
water_demand |
||
V115 |
channel_ratio |
Array |
transient |
||
V116 |
channelAlpha |
Array |
routing_kinematic |
||
V117 |
channelStorage |
Channel water storage |
m3 |
Array |
cwatm_dynamic |
V118 |
chanWettedPerimeterAlpha |
Array |
routing_kinematic |
||
V119 |
chanWidth |
Input: Channel width |
m |
Array |
routing_kinematic |
V120 |
co2 |
Co2 leads to an increased transpiration. CO2 concentration for Yang et al.Penman Montheith correction method. |
ppm |
Array |
evaporationPot |
V121 |
compress_LR |
boolean map as mask map for compressing lake/reservoir |
Array |
lakes_reservoirs |
|
V122 |
compress_WWT |
Array |
wastewater |
||
V123 |
con_e |
conversion factor for evaporation |
Array |
miscInitial |
|
V124 |
con_precipitation |
conversion factor for precipitation |
Array |
miscInitial |
|
V125 |
conLimitC |
Reservoir calculation: conservativeStorageLimit |
Array |
lakes_reservoirs |
|
V126 |
coverFractionNC_filename |
landcover type + coverFractionNC |
Array |
landcoverType |
|
V127 |
coverTypes |
land cover types - forest - grassland - irrPaddy - irrNonPaddy - water - sealed |
Array |
runoff_concentration |
|
V128 |
cPrefFlow |
Factor influencing preferential flow (flow from surface to GW) |
Array |
soil |
|
V129 |
crop_correct_landCover |
Array |
evaporationPot |
||
V130 |
cropCoefficientNC_filename |
List |
landcoverType |
||
V131 |
cropCorrect |
calibration factor of crop KC factor |
Array |
evaporationPot |
|
V132 |
cropGroupNumber |
soil water depletion fraction: Van Diepen et al.: 1988: WOFOST 6.0: p.86: Doorenbos et. al 1978 |
Array |
soil |
|
V133 |
cropKC |
crop coefficient for each of the 4 different land cover types (forest: irrigated: paddy: others) |
Array |
irrigation |
|
V134 |
cropKCmonth |
Crop KC factor for different crops and different seasons |
Array |
evaporation |
|
V135 |
Crops |
Internal: List of specific crops and Kc/Ky parameters |
Array |
initcondition |
|
V136 |
Crops_names |
Internal: List of specific crops |
Array |
evaporation |
|
V137 |
currentKC |
Current crop coefficient for specific crops |
Array |
evaporation |
|
V138 |
currentKY |
Yield sensitivity coefficient [crop specific] |
Array |
evaporation |
|
V139 |
cut_ef_map |
if TRUE calculated maps of environmental flow are clipped to the area map |
bool |
Flag |
environmental_need |
V140 |
daily_crop_KC |
Array |
initcondition |
||
V141 |
decompress_LR |
boolean map as mask map for decompressing lake/reservoir |
Array |
lakes_reservoirs |
|
V142 |
decompress_WWT |
Array |
wastewater |
||
V143 |
deltaLF |
Reservoir calculation: |
Array |
lakes_reservoirs |
|
V144 |
deltaLN |
Reservoir calculation: |
Array |
lakes_reservoirs |
|
V145 |
deltaNFL |
Reservoir calculation: |
Array |
lakes_reservoirs |
|
V146 |
deltaO |
Reservoir calculation: |
m3/s |
Array |
lakes_reservoirs |
V147 |
dem |
Digital elevation model |
m |
Array |
snow_frost |
V148 |
demand_unit |
Flag |
water_demand |
||
V149 |
depth |
Array |
transient |
||
V150 |
Desal_Domestic |
Array |
water_demand |
||
V151 |
Desal_Industry |
Array |
water_demand |
||
V152 |
Desal_Irrigation |
Array |
water_demand |
||
V153 |
Desal_Livestock |
Array |
water_demand |
||
V154 |
desalAnnualCap |
Number |
initcondition |
||
V155 |
dirDown |
Array |
routing_kinematic |
||
V156 |
dirDown_LR |
river network direktion downstream lake/reservoir |
Array |
lakes_reservoirs |
|
V157 |
directRunoff |
Simulated surface runoff |
m |
Array |
soil |
V158 |
directRunoffGlacier |
direct runoff from glacier |
m |
Array |
runoff_concentration |
V159 |
dirUp |
river network in upstream direction |
Array |
lakes_reservoirs |
|
V160 |
dirUp_LR |
river network direction upstream lake/reservoirs |
Array |
lakes_reservoirs |
|
V161 |
dirupID |
Array |
routing_kinematic |
||
V162 |
dirupID_LR |
index river upstream lake/reservoir |
Array |
routing_kinematic |
|
V163 |
dirupLen |
Array |
routing_kinematic |
||
V164 |
dirupLen_LR |
number of bifurcation upstream lake/reservoir |
Array |
lakes_reservoirs |
|
V165 |
dis_outlet |
Array |
routing_kinematic |
||
V166 |
discharge |
Channel discharge |
m3/s |
Array |
routing_kinematic |
V167 |
dom_efficiency |
Array |
water_demand |
||
V168 |
domConsumptionVar |
Input: domesticConsuptionvarname: variable name for netCDF |
str |
List |
domestic |
V169 |
domestic_agent_GW_request_month_m3 |
map of domestic agent groundwater request: in million m3 per month |
Mm3 |
Array |
domestic |
V170 |
domestic_agent_SW_request_month_m3 |
map of domestic agent surface water request: in million m3 per month |
Mm3 |
Array |
domestic |
V171 |
domesticDemand |
Domestic demand |
m |
Array |
water_demand |
V172 |
domesticTime |
Monthly’ when domesticTimeMonthly = True: and ‘Yearly’ otherwise. |
str |
List |
livestock |
V173 |
domWithdrawalVar |
Input: domesticWithdrawalvarname: variable name for netCDF |
str |
List |
domestic |
V174 |
downdist |
flowdistance inside a cell. Diagonal = 1.414* celllength |
m |
Array |
waterquality1 |
V175 |
downstruct |
structure of the river network in downstream direction |
Array |
routing_kinematic |
|
V176 |
downstruct_LR |
river network downstream lake/reservoir |
Array |
lakes_reservoirs |
|
V177 |
DtDay |
seconds in a timestep (default=86400) |
s |
Array |
miscInitial |
V178 |
dtRouting |
number of seconds per routing timestep |
s |
Array |
routing_kinematic |
V179 |
DtSec |
number of seconds per timestep (default = 86400) |
s |
Array |
miscInitial |
V180 |
dynamicLandcover |
If landcover changes per year or is constant |
bool |
Flag |
landcoverType |
V181 |
dzRel |
relative elevation in a gridcell by fraction of area |
m |
Array |
snow_frost |
V182 |
dzSnow |
which dzRel is taken for snow calculation |
Array |
snow_frost |
|
V183 |
EAct |
Daily vapor pressure |
hPa |
Array |
readmeteo |
V184 |
EF_VMF |
EF requirement with Variable Monthly Flow: Pastor et al.(2014): Accounting for environmental flow requirements in global water assessments: Hydrol Earth Syst Sci: 18: p5041-5059 |
m3/s |
Array |
environflow |
V185 |
efficiencyNonpaddy |
Input: irrNonPaddy_efficiency: non-paddy irrigation efficiency: the amount of water that reaches the soil. The rest either evaporates or is runoff. |
frac |
Array |
irrigation |
V186 |
efficiencyPaddy |
Input: irrPaddy_efficiency: paddy irrigation efficiency: the amount of water that reaches the soil. The rest either evaporates or is runoff. |
frac |
Array |
irrigation |
V187 |
ElevationStD |
Standard elevation from DEM |
m |
Array |
landcoverType |
V188 |
envFlow |
Array |
water_demand |
||
V189 |
envFlowm3s |
Amount of environmental flow |
m3 |
Array |
environmental_need |
V190 |
ET_crop_Irr |
Array |
soil |
||
V191 |
ET_crop_Irr_paddy |
Array |
soil |
||
V192 |
ET_crop_Irr_paddy_fraccrop |
Array |
soil |
||
V193 |
ET_crop_nonIrr |
Array |
soil |
||
V194 |
ETRef |
potential evapotranspiration rate from reference crop |
m |
Array |
readmeteo |
V195 |
ETRefAverage_segments |
Array |
routing_kinematic |
||
V196 |
eva0Maps |
choose between steady state ETP reference maps for steady state modflow or normal maps |
Array |
readmeteo |
|
V197 |
evalCatch |
indeces of a subbasin in the mask |
Array |
output |
|
V198 |
EvapoChannel |
Channel evaporation |
m3 |
Array |
routing_kinematic |
V199 |
evapWaterBodyC |
Compressed version of EvapWaterBodyM |
m |
Array |
routing_kinematic |
V200 |
EvapWaterBodyM |
Evaporation from lakes and reservoirs |
m |
Array |
lakes_reservoirs |
V201 |
EvapWaterBodyMOutlet |
Evaporation from waterbodies - sum at the outlet |
m |
Array |
lakes_reservoirs |
V202 |
evaTMaps |
choose between steady state ETP water maps for steady state modflow or normal maps |
Array |
readmeteo |
|
V203 |
EWRef |
potential evaporation rate from water surface |
m |
Array |
readmeteo |
V204 |
excludeGlacierArea |
True or False to exclude glacier areas from calculation because they are already calculated in glaciers |
Flag |
snow_frost |
|
V205 |
extensive |
Flag |
wastewater |
||
V206 |
extensive_counter |
Array |
wastewater |
||
V207 |
fallowIrr |
Fraction of fallowed irrigated land |
% |
Array |
landcoverType |
V208 |
fallowIrr_max |
Fraction of fallowed irrigated land: maximum throughout simulation |
% |
Array |
landcoverType |
V209 |
fallownonIrr |
Fraction of fallowed non-irrigated land |
% |
Array |
landcoverType |
V210 |
fallownonIrr_max |
Fraction of fallowed non-irrigated land: maximum throughout simulation |
% |
Array |
landcoverType |
V211 |
firstout |
discharge of the first gauge |
m3/s |
Number |
output |
V212 |
floodLimitC |
Reservoir calculation: |
Array |
lakes_reservoirs |
|
V213 |
frac_snow_redistribution |
|
Array |
snow_frost |
|
V214 |
frac_totalIrr |
Fraction sown with specific irrigated crops |
% |
Array |
soil |
V215 |
frac_totalIrr_max |
Fraction sown with specific irrigated crops: maximum throughout simulation |
% |
Array |
landcoverType |
V216 |
frac_totalnonIrr |
Fraction sown with specific non-irrigated crops |
% |
Array |
landcoverType |
V217 |
frac_totalnonIrr_max |
Fraction sown with specific non-irrigated crops: maximum throughout simulation |
% |
Array |
landcoverType |
V218 |
fracCrops_Irr |
Fraction of cell currently planted with specific irrigated crops |
% |
Array |
soil |
V219 |
fracCrops_nonIrr |
Fraction of cell currently planted with specific non-irr crops |
% |
Array |
soil |
V220 |
fracCrops_nonIrrLandDemand |
Array |
evaporation |
||
V221 |
fracGlacierCover |
Fraction of glacier cover in a grid cell |
% |
Array |
landcoverType |
V222 |
fraction_IncreaseIrrigation_Nonpaddy |
Input: fraction_IncreaseIrrigation_Nonpaddy: scales pot_irrConsumption. The motivation is to allow for extra water to offset application inefficiencies. |
frac |
Array |
irrigation |
V223 |
fracVegCover |
Fraction of specific land covers (0=forest: 1=grasslands: etc.) |
% |
Array |
water_demand |
V224 |
FrostIndex |
FrostIndex - Molnau and Bissel (1983): A Continuous Frozen Ground Index for Flood Forecasting |
Array |
snow_frost |
|
V225 |
FrostIndexThreshold |
Degree Days Frost Threshold (stops infiltration: percolation and capillary rise) |
Array |
snow_frost |
|
V226 |
GeneralCrop_Irr |
Fraction of irrigated land class sown with generally representative crop |
% |
Array |
landcoverType |
V227 |
GeneralCrop_nonIrr |
Fraction of grasslands sown with generally representative crop |
% |
Array |
landcoverType |
V228 |
generalIrrCrop_max |
Array |
evaporation |
||
V229 |
generalnonIrrCrop_max |
Array |
evaporation |
||
V230 |
genuInvM1 |
soil:1 / genuM1 |
Array |
landcoverType |
|
V231 |
genuInvM2 |
soil:1 / genuM2 |
Array |
landcoverType |
|
V232 |
genuInvM3 |
soil:1 / genuM3 |
Array |
landcoverType |
|
V233 |
genuM1 |
soil: lambda / (1+ lambda) layer1 |
Array |
landcoverType |
|
V234 |
genuM2 |
soil: lambda / (1+ lambda) layer2 |
Array |
landcoverType |
|
V235 |
genuM3 |
soil: lambda / (1+ lambda) layer3 |
Array |
landcoverType |
|
V236 |
GlacierMelt |
melt from glacier |
m |
Array |
runoff_concentration |
V237 |
glaciermeltMaps |
Melt from glacier |
m |
Array |
readmeteo |
V238 |
GlacierRain |
rain on glacier |
m |
Array |
runoff_concentration |
V239 |
glacierrainMaps |
Rain on glacier |
m |
Array |
readmeteo |
V240 |
glaciertransportZone |
Number of layers which can be mimiced as glacier transport zone |
Number |
snow_frost |
|
V241 |
gridcell_storage |
storage of water due to runoff concentration |
m |
Array |
runoff_concentration |
V242 |
groundwater_storage_available |
Groundwater storage. Used with MODFLOW. |
m |
Array |
transient |
V243 |
groundwater_storage_top_layer |
Array |
transient |
||
V244 |
GW_Domestic |
Groundwater withdrawals to satisfy domestic water requests |
m |
Array |
water_demand |
V245 |
GW_Domestic_fromZone |
Array |
water_demand |
||
V246 |
GW_Industry |
Groundwater withdrawals to satisfy Industrial water requests |
m |
Array |
water_demand |
V247 |
GW_Industry_fromZone |
Array |
water_demand |
||
V248 |
GW_Irrigation |
Groundwater withdrawals for Irrigation |
m |
Array |
water_demand |
V249 |
GW_Irrigation_fromZone |
Array |
water_demand |
||
V250 |
GW_Livestock |
Groundwater withdrawals to satisfy Livestock water requests |
m |
Array |
water_demand |
V251 |
GW_Livestock_fromZone |
Array |
water_demand |
||
V252 |
GW_Other |
Array |
water_demand |
||
V253 |
GW_pumping |
Input: True if Groundwater_pumping=True |
bool |
Flag |
transient |
V254 |
gwAbstractionFraction_Domestic |
Fraction of domestic water demand to be satisfied by groundwater |
% |
Array |
water_demand |
V255 |
gwAbstractionFraction_Industry |
Fraction of industrial water demand to be satisfied by groundwater |
% |
Array |
water_demand |
V256 |
gwAbstractionFraction_Irrigation |
Fraction of irrigation water demand to be satisfied by groundwater |
% |
Array |
water_demand |
V257 |
gwAbstractionFraction_Livestock |
Fraction of livestock water demand to be satisfied by groundwater |
% |
Array |
water_demand |
V258 |
gwdepth |
Depth to groundwater table |
m |
Array |
transient |
V259 |
gwdepth_adjusted |
Adjusted depth to groundwater table |
m |
Array |
transient |
V260 |
gwdepth_adjusted_segments |
Adjusted depth to groundwater table: averaged over adminSegments |
m |
Array |
routing_kinematic |
V261 |
gwdepth_adjuster |
Groundwater depth adjuster |
m |
Array |
soil |
V262 |
gwdepth_difference_sim_obs |
Difference between simulated and observed groundwater table |
m |
Array |
transient |
V263 |
gwdepth_observations |
Input: gw_depth_observations: groundwater depth observations |
m |
Array |
soil |
V264 |
gwdepth_segments |
Groundwater depth: averaged over adminSegments |
m |
Array |
routing_kinematic |
V265 |
gwRecharge |
groundwater recharge |
m |
Array |
soil |
V266 |
gwstorage_full |
Groundwater storage at full capacity |
m |
Number |
transient |
V267 |
GWVolumeVariation |
Number |
landcoverType |
||
V268 |
head |
Simulated ModFlow water level [masl] |
m |
Array |
transient |
V269 |
head_segments |
Simulated water level: averaged over adminSegments [masl] |
m |
Array |
routing_kinematic |
V270 |
humanConsumption |
Array |
routing_kinematic |
||
V271 |
humanUse |
Array |
routing_kinematic |
||
V272 |
IceDayDegrees |
days of summer (15th June-15th Sept.) to degree: 180/(259-165) |
Array |
snow_frost |
|
V273 |
iceEvap |
Evaporation from ice (sublimation) |
m |
Array |
evaporation |
V274 |
IceMelt |
Ice melt (not really ice but an additional snow melt in summer) |
m |
Array |
snow_frost |
V275 |
IceMeltCoef |
Ice melt coefficnet - default 0.007 |
Array |
snow_frost |
|
V276 |
includeCrops |
1 when includeCrops=True in Settings: 0 otherwise |
bool |
Flag |
initcondition |
V277 |
includeDesal |
Flag |
initcondition |
||
V278 |
includeGlaciers |
Include glaciers |
bool |
Flag |
readmeteo |
V279 |
includeIndusDomesDemand |
Input: True if includeIndusDomesDemand = True |
bool |
Flag |
water_demand |
V280 |
includeOnlyGlaciersMelt |
Include only glacier melt but not rain on glacier |
bool |
Flag |
readmeteo |
V281 |
includeType4 |
True if there is a reservoir of waterbody type 4 in waterBodyTyp map |
bool |
Flag |
lakes_reservoirs |
V282 |
includeWastewater |
Flag |
water_demand |
||
V283 |
includeWastewaterPits |
Flag |
water_demand |
||
V284 |
ind_efficiency |
Array |
water_demand |
||
V285 |
indConsumptionVar |
Settings industryConsuptionvarname: variable name in domesticWaterDemandFile.nc |
List |
industry |
|
V286 |
industryDemand |
Array |
water_demand |
||
V287 |
industryTime |
Monthly’ when industryTimeMonthly = True: and ‘Yearly’ otherwise. |
List |
industry |
|
V288 |
indWithdrawalVar |
Settings industryWithdrawalvarname: variable name in industryWaterDemandFile.nc |
List |
industry |
|
V289 |
infiltration |
Water actually infiltrating the soil |
m |
Array |
soil |
V290 |
inflowDt |
Number |
routing_kinematic |
||
V291 |
inflowM3 |
inflow to basin |
m3 |
Array |
inflow |
V292 |
inflowTs |
inflow time series data |
m3/s |
Array |
inflow |
V293 |
initLoadFile |
load file name of the initial condition data |
String |
Number |
initcondition |
V294 |
interceptCap |
interception capacity of vegetation |
m |
Array |
interception |
V295 |
interceptCapNC_filename |
List |
landcoverType |
||
V296 |
interceptEvap |
simulated evaporation from water intercepted by vegetation |
m |
Array |
interception |
V297 |
interceptStor |
simulated vegetation interception storage |
m |
Array |
landcoverType |
V298 |
interflow |
Simulated flow reaching runoff instead of groundwater |
m |
Array |
soil |
V299 |
InterpolationMethod |
can be spline or kron |
String |
Number |
readmeteo |
V300 |
invbeta |
Array |
routing_kinematic |
||
V301 |
InvCellArea |
Inverse of cell area of each simulated mesh |
1/m2 |
Array |
miscInitial |
V302 |
invchanLength |
Array |
routing_kinematic |
||
V303 |
invchannelAlpha |
Array |
routing_kinematic |
||
V304 |
InvDtDay |
inverse seconds in a timestep (default=86400) |
1/s |
Array |
miscInitial |
V305 |
invdtRouting |
Array |
routing_kinematic |
||
V306 |
InvDtSec |
inversere of seconds per timestep (default 1/86400) |
1/s |
Array |
miscInitial |
V307 |
irr_crop |
Array |
soil |
||
V308 |
irr_crop_month |
Number |
soil |
||
V309 |
irr_Paddy_month |
Array |
soil |
||
V310 |
irrDemand |
Cover-specific Irrigation demand |
m |
Array |
water_demand |
V311 |
irrigatedArea_original |
Array |
landcoverType |
||
V312 |
irrM3_crop_month_segment |
Array |
soil |
||
V313 |
irrM3_Paddy_month_segment |
Array |
soil |
||
V314 |
irrNonpaddyDemand |
Array |
water_demand |
||
V315 |
irrPaddyDemand |
Paddy irrigation demand |
m |
Array |
irrigation |
V316 |
irrWithdrawalGW_max |
Array |
water_demand |
||
V317 |
irrWithdrawalSW_max |
Array |
water_demand |
||
V318 |
Kfrost |
Snow depth reduction coefficient: (HH: p. 7.28) |
m-1 |
Array |
snow_frost |
V319 |
KSat1 |
Saturated conductivity layer 1 |
cm/day |
Array |
landcoverType |
V320 |
KSat2 |
Saturated conductivity layer 2 |
cm/day |
Array |
landcoverType |
V321 |
KSat3 |
Saturated conductivity layer 3 |
cm/day |
Array |
landcoverType |
V322 |
kUnSat3FC |
calculation from van Genuchten: Mualem equation |
m/day |
Array |
landcoverType |
V323 |
kunSatFC12 |
calculation from van Genuchten: Mualem equation |
m/day |
Array |
landcoverType |
V324 |
kunSatFC23 |
calculation from van Genuchten: Mualem equation |
m/day |
Array |
landcoverType |
V325 |
Lake_Domestic |
Array |
water_demand |
||
V326 |
Lake_Industry |
Array |
water_demand |
||
V327 |
Lake_Irrigation |
Array |
water_demand |
||
V328 |
Lake_Livestock |
Array |
water_demand |
||
V329 |
lakeAC |
compressed map of parameter of channel width: gravity and weir coefficient |
Array |
lakes_reservoirs |
|
V330 |
lakeArea |
area of each lake/reservoir |
m2 |
Array |
lakes_reservoirs |
V331 |
lakeAreaC |
compressed map of the area of each lake/reservoir |
m2 |
Array |
lakes_reservoirs |
V332 |
lakebedExchangeM |
Flow of water from lakes and reservoirs into groundwater |
m |
Array |
landcoverType |
V333 |
lakeDis0 |
compressed map average discharge at the outlet of a lake/reservoir |
m3/s |
Array |
lakes_reservoirs |
V334 |
lakeDis0C |
average discharge at the outlet of a lake/reservoir |
m3/s |
Array |
lakes_reservoirs |
V335 |
lakeEvaFactor |
a factor which increases evaporation from lake because of wind |
Array |
routing_kinematic |
|
V336 |
lakeEvaFactorC |
compressed map of a factor which increases evaporation from lake because of wind |
Array |
lakes_reservoirs |
|
V337 |
lakeEvapWaterBodyC |
Evaporation from lakes and reservoirs |
m3 |
Array |
lakes_reservoirs |
V338 |
lakeFactor |
factor for the Modified Puls approach to calculate retention of the lake |
Array |
lakes_reservoirs |
|
V339 |
lakeFactorSqr |
square root factor for the Modified Puls approach to calculate retention of the lake |
Array |
lakes_reservoirs |
|
V340 |
lakeIn |
Inflow into lakes |
m3 |
Array |
lakes_reservoirs |
V341 |
lakeInflow |
Inflow into lakes |
m3 |
Array |
lakes_reservoirs |
V342 |
lakeInflowOldC |
inflow to the lake from previous days |
m/3 |
Array |
lakes_reservoirs |
V343 |
lakeLevel |
Waterlevel of lakes |
m |
Array |
lakes_reservoirs |
V344 |
lakeLevelC |
compressed map of lake level |
m |
Array |
lakes_reservoirs |
V345 |
lakeOutflow |
lake outflow - uncompressed for all basin cells |
m3 |
Array |
lakes_reservoirs |
V346 |
lakeOutflowC |
compressed map of lake outflow |
m3/s |
Array |
lakes_reservoirs |
V347 |
lakeReservoirStorage |
Storage of lakes and reservoirs |
m3 |
Array |
cwatm_dynamic |
V348 |
lakeResInflowM |
lake reservoir inflow in [m] |
m |
Array |
lakes_reservoirs |
V349 |
lakeResOutflowM |
lake reservoiroutflow in [m] |
m |
Array |
lakes_reservoirs |
V350 |
lakeResStorage |
Array |
water_demand |
||
V351 |
lakeResStorage_buffer |
Array |
lakes_reservoirs |
||
V352 |
lakeResStorage_filled |
|
m3 |
Array |
lakes_reservoirs |
V353 |
lakeResStorage_release_ratio |
daily release ration for reservoirs |
Array |
lakes_reservoirs |
|
V354 |
lakeResStorage_release_ratioC |
daily release ration for reservoirs - compressed |
Array |
lakes_reservoirs |
|
V355 |
lakeResStorageC |
Array |
water_demand |
||
V356 |
lakeStorage |
Storage volume of lakes |
m3 |
Array |
landcoverType |
V357 |
lakeStorageC |
Array |
water_demand |
||
V358 |
lakeVolume |
volume of lakes |
m3 |
Array |
lakes_reservoirs |
V359 |
lakeVolumeM3C |
compressed map of lake volume |
m3 |
Array |
water_demand |
V360 |
lambda1 |
Pore size index (lambda) layer 1 |
Array |
landcoverType |
|
V361 |
lambda2 |
Pore size index (lambda) layer 2 |
Array |
landcoverType |
|
V362 |
lambda3 |
Pore size index (lambda) layer 3 |
Array |
landcoverType |
|
V363 |
landcoverSum |
Sum of all landcover: should be 1.0 |
% |
Array |
landcoverType |
V364 |
landSurfaceRunoff |
Runoff concentration above the soil more interflow |
m |
Array |
runoff_concentration |
V365 |
lapseR |
Lapserate per month |
deg C / m |
Array |
snow_frost |
V366 |
lapseRate |
Lapserate per month |
deg C /m |
Array |
snow_frost |
V367 |
lapseratevar |
True or False if a variable lapse rate is used |
Flag |
snow_frost |
|
V368 |
lat |
Latitude |
deg |
Array |
snow_frost |
V369 |
ldd_LR |
change river network (put pits in where lakes are) |
Array |
lakes_reservoirs |
|
V370 |
lddCompress |
compressed river network (without missing values) |
Array |
lakes_reservoirs |
|
V371 |
lddCompress_LR |
compressed river network lakes/reservoirs (without missing values) |
Array |
lakes_reservoirs |
|
V372 |
leakage |
Canal leakage leading to either groundwater recharge or runoff |
m3 |
Array |
water_demand |
V373 |
leakage_wwtC_daily |
Array |
water_demand |
||
V374 |
leakageC_daily |
Array |
water_demand |
||
V375 |
leakageCanals_M |
Array |
water_demand |
||
V376 |
leakageCanalsC_M |
Array |
water_demand |
||
V377 |
leakageIntoGw |
Canal leakage leading to groundwater recharge |
m |
Array |
landcoverType |
V378 |
leakageIntoRunoff |
Canal leakage leading to runoff |
m |
Array |
landcoverType |
V379 |
leakagelake_factor |
Array |
transient |
||
V380 |
leakageriver_factor |
Array |
transient |
||
V381 |
lendirDown |
Number |
routing_kinematic |
||
V382 |
lendirDown_LR |
number of river network connections lake/reservoir |
Array |
lakes_reservoirs |
|
V383 |
lift_command_areas |
Array |
water_demand |
||
V384 |
Lift_Domestic |
Array |
water_demand |
||
V385 |
Lift_Industry |
Array |
water_demand |
||
V386 |
Lift_Irrigation |
Array |
water_demand |
||
V387 |
Lift_Livestock |
Array |
water_demand |
||
V388 |
Lift_Other |
Array |
water_demand |
||
V389 |
liv_efficiency |
Livestock water use efficiency |
Number |
water_demand |
|
V390 |
livestockDemand |
Array |
water_demand |
||
V391 |
livestockTime |
List |
livestock |
||
V392 |
livVar |
List |
livestock |
||
V393 |
load_command_areas |
Flag |
water_demand |
||
V394 |
load_command_areas_wwt |
Flag |
water_demand |
||
V395 |
load_init_water_table |
Flag |
transient |
||
V396 |
load_initial |
Settings initLoad holds initial conditions for variables |
bool |
Flag |
evaporation |
V397 |
loadInit |
If true initial conditions are loaded |
bool |
Flag |
initcondition |
V398 |
M3toM |
Coefficient to change units |
Array |
livestock |
|
V399 |
MAF |
Mean of discharge for all days |
m3/s |
Array |
environflow |
V400 |
maskDomesticCollection |
Array |
wastewater |
||
V401 |
maskIndustryCollection |
Array |
wastewater |
||
V402 |
maxFrostIndex |
maximum frostindex: frostindex over max causes unusuaL floods in spring |
Number |
snow_frost |
|
V403 |
maxGWCapRise |
influence of capillary rise above groundwater level |
m |
Array |
landcoverType |
V404 |
maxRootDepth |
maximum root depth |
m |
Array |
landcoverType |
V405 |
maxtime_runoff_conc |
maximum time till all flow is at the outlet |
s |
Array |
runoff_concentration |
V406 |
maxtopwater |
maximum heigth of topwater |
m |
Array |
landcoverType |
V407 |
meshlist_prec |
List |
readmeteo |
||
V408 |
meshlist_tavg |
List |
readmeteo |
||
V409 |
meteo |
store all meteo data in memeory for warm start (eg calibration) |
complex |
Array |
output |
V410 |
meteodown |
if meteo maps should be downscaled |
Array |
readmeteo |
|
V411 |
meteomapsscale |
if meteo maps have the same extend as the other spatial static maps -> meteomapsscale = True |
Array |
readmeteo |
|
V412 |
minCropKC |
minimum crop factor (default 0.2) |
Array |
landcoverType |
|
V413 |
minHRTC |
Array |
wastewater |
||
V414 |
minimum_irrigation |
Cover-specific irrigation in metres is 0 if less than this: currently InvCellArea |
1/m2 |
Array |
irrigation |
V415 |
minInterceptCap |
Maximum interception read from file for forest and grassland land cover |
m |
Array |
landcoverType |
V416 |
minQC |
Reservoir calculation: |
m3/s |
Array |
lakes_reservoirs |
V417 |
minsmalllakeVolumeM3 |
Storage volume of small lakes |
m3 |
Array |
lakes_res_small |
V418 |
minTopWaterLayer |
minimum water level above the top soil zone (for paddy rice) |
m |
Array |
landcoverType |
V419 |
MMF |
Mean of discharge for each month separately |
m3/s |
Array |
environflow |
V420 |
MMtoM |
Coefficient to change units |
Number |
miscInitial |
|
V421 |
modflow |
True if modflow_coupling = True in settings file |
bool |
Flag |
cwatm_initial |
V422 |
modflow_cell_area |
Array |
transient |
||
V423 |
modflow_compteur |
Counts each day relatively to the chosen ModFlow timestep: allow to run ModFlow only once by timestep |
day |
Number |
transient |
V424 |
modflow_head_adjusted |
Array |
transient |
||
V425 |
modflow_timestep |
Chosen ModFlow model timestep (1day: 7days: 30days: etc.) |
day |
Array |
transient |
V426 |
modflow_watertable |
Array |
transient |
||
V427 |
modflowDepth2 |
Array |
water_demand |
||
V428 |
modflowdiscrepancy |
Array |
transient |
||
V429 |
modflowPumping |
Array |
water_demand |
||
V430 |
modflowsteady |
True if modflow_steadystate = True in settings file |
bool |
Flag |
transient |
V431 |
modflowTopography |
Array |
water_demand |
||
V432 |
modflowtotalSoilThickness |
Array (nrows: ncol) used to compute water table depth in post-processing |
m |
Array |
transient |
V433 |
modfPumpingM |
Array |
water_demand |
||
V434 |
modfPumpingM_actual |
Actual groundwater pumping. Used with MODFLOW. |
m |
Array |
transient |
V435 |
monthCounter |
Month counter for each crop after crop has planted |
Array |
evaporation |
|
V436 |
MQ90 |
10% of lowest discharge for each month separately |
m3/s |
Array |
environflow |
V437 |
MtoM3 |
Coefficient to change units |
Array |
miscInitial |
|
V438 |
MtoM3C |
conversion factor from m to m3 (compressed map) |
Array |
lakes_reservoirs |
|
V439 |
MtoMM |
Coefficient to change units |
Number |
miscInitial |
|
V440 |
natureUse |
Array |
routing_kinematic |
||
V441 |
Ndays_steady |
Number of steady state run before the transient simulation |
bool |
Flag |
transient |
V442 |
netcdfasindex |
save netcdf file in a compressed way - for splitting runs in several basins |
bool |
Flag |
output |
V443 |
noinflowpoints |
number of inflow points |
Array |
inflow |
|
V444 |
nondmgQC |
Reservoir calculation: |
m3/s |
Array |
lakes_reservoirs |
V445 |
nonFossilGroundwaterAbs |
Non-fossil groundwater abstraction. Used primarily without MODFLOW. |
m |
Array |
water_demand |
V446 |
nonIrrDemand |
Array |
water_demand |
||
V447 |
nonIrrReturnFlowFraction |
Array |
water_demand |
||
V448 |
nonIrruse |
Array |
water_demand |
||
V449 |
noOutpoints |
number of output points |
Number |
output |
|
V450 |
noPools_extensive |
Array |
wastewater |
||
V451 |
norm_floodLimitC |
Reservoir calculation: |
Array |
lakes_reservoirs |
|
V452 |
normLimitC |
Reservoir calculation: normalStorageLimit |
Array |
lakes_reservoirs |
|
V453 |
normQC |
Reservoir calculation: |
m3/s |
Array |
lakes_reservoirs |
V454 |
noRoutingSteps |
Number of routing step - how often the subroutine is run during a day |
Number |
routing_kinematic |
|
V455 |
NoSubSteps |
Number of sub steps to calculate soil percolation |
Array |
soil |
|
V456 |
numberSnowLayers |
Number of snow layers (up to 10) |
Array |
snow_frost |
|
V457 |
numberSnowLayersFloat |
Number of snow layers (up to 10) |
Array |
snow_frost |
|
V458 |
only_radiation |
Boolean if only radiation is use for calculation e.g JRC EMO dataset |
bool |
Flag |
readmeteo |
V459 |
openWaterEvap |
Simulated evaporation from open areas |
m |
Array |
soil |
V460 |
othAbstractionFraction_Desal_Domestic |
Array |
water_demand |
||
V461 |
othAbstractionFraction_Desal_Industry |
Array |
water_demand |
||
V462 |
othAbstractionFraction_Desal_Irrigation |
Array |
water_demand |
||
V463 |
othAbstractionFraction_Desal_Livestock |
Array |
water_demand |
||
V464 |
outLake |
outflow from lakes |
m |
Array |
lakes_reservoirs |
V465 |
outpoints |
output points (Gauges) |
List |
output |
|
V466 |
perc1to2 |
Simulated water flow from soil layer 1 to soil layer 2 |
m |
Array |
soil |
V467 |
perc2to3 |
Simulated water flow from soil layer 2 to soil layer 3 |
m |
Array |
soil |
V468 |
perc3toGW |
Simulated water flow from soil layer 3 to groundwater |
m |
Array |
soil |
V469 |
perc3toGW_GW |
Percolation from 3rd soil layer to groundwater. sum_perc3toGW goes either to groundwater or runoff depending on percolationImp. |
m |
Array |
landcoverType |
V470 |
percolationImp |
Fraction of area covered by the corresponding landcover type |
m |
Array |
soil |
V471 |
permeability |
Array |
transient |
||
V472 |
pet_modus |
Index which ETP approach is used e.g. 1 for Penman-Monteith |
bool |
Number |
readmeteo |
V473 |
pitLatrinToGW |
Array |
water_demand |
||
V474 |
poolVolume_extensive |
Array |
wastewater |
||
V475 |
pot_domesticConsumption |
Array |
domestic |
||
V476 |
pot_GroundwaterAbstract |
Potential groundwater abstraction. Primarily used without MODFLOW. |
m |
Array |
water_demand |
V477 |
pot_industryConsumption |
Array |
industry |
||
V478 |
pot_irrConsumption |
Cover-specific potential irrigation consumption |
m/m |
Array |
irrigation |
V479 |
pot_livestockConsumption |
Potential livestock consumption |
m |
Array |
water_demand |
V480 |
pot_nonIrrConsumption |
Array |
water_demand |
||
V481 |
potBareSoilEvap |
potential bare soil evaporation (calculated with minus snow evaporation) |
m |
Array |
soil |
V482 |
PotET_crop |
Array |
soil |
||
V483 |
PotETaverage_crop_segments |
Array |
evaporation |
||
V484 |
potTranspiration |
Potential transpiration (after removing of evaporation) |
m |
Array |
interception |
V485 |
prec |
precipitation in kg m-2s-1 = mm/s (output variable) |
kg m-2s-1 |
Array |
readmeteo |
V486 |
prechannelStorage |
Array |
routing_kinematic |
||
V487 |
precipEffectiveAverage_segments |
Array |
routing_kinematic |
||
V488 |
Precipitation |
Precipitation (input for the model) |
m |
Array |
readmeteo |
V489 |
Precipitation_segment |
Array |
evaporation |
||
V490 |
precipitation_sn |
Precipitation with snow correction |
m |
Array |
snow_frost |
V491 |
prefFlow |
Flow going directly from soil surface to groundwater [land class specific] |
m |
Array |
soil |
V492 |
prefFlow_GW |
Preferential flow to groundwater. sum_prefFlow goes either to groundwater or runoff depending on percolationImp. |
m |
Array |
landcoverType |
V493 |
preMaps |
choose between steady state precipitation maps for steady state modflow or normal precipitation maps |
Array |
readmeteo |
|
V494 |
pretotalSto |
Previous totalSto |
m |
Array |
landcoverType |
V495 |
Psurf |
Instantaneous surface pressure |
Pa |
Array |
readmeteo |
V496 |
pumping |
Array |
water_demand |
||
V497 |
pumping_actual |
Array |
soil |
||
V498 |
Pumping_daily |
Groundwater abstraction asked of MODFLOW. modfPumpingM_actual is the result. |
m |
Array |
water_demand |
V499 |
PumpingM3_daily |
Array |
water_demand |
||
V500 |
Q90 |
10% of the lowest discharge for all days |
m3/s |
Array |
environflow |
V501 |
Qair |
specific humidity |
kg/kg |
Array |
readmeteo |
V502 |
QDelta |
Array |
routing_kinematic |
||
V503 |
QInM3Old |
Inflow from previous day |
m3 |
Array |
routing_kinematic |
V504 |
Rain |
Precipitation less snow |
m |
Array |
snow_frost |
V505 |
Rain_times_fracNonPaddy |
Array |
landcoverType |
||
V506 |
Rain_times_fracPaddy |
Array |
landcoverType |
||
V507 |
Rain1 |
Array |
snow_frost |
||
V508 |
ratio_a_p_Irr |
Ratio actual to potential evapotranspiration: monthly [crop specific] |
% |
Array |
evaporation |
V509 |
ratio_a_p_Irr_daily |
Array |
soil |
||
V510 |
ratio_a_p_nonIrr |
Ratio actual to potential evapotranspiration: monthly: non-irrigated [crop specific] |
% |
Array |
evaporation |
V511 |
ratio_a_p_nonIrr_daily |
Array |
soil |
||
V512 |
ratio_irrWithdrawalGW_month |
Array |
water_demand |
||
V513 |
ratio_irrWithdrawalSW_month |
Array |
water_demand |
||
V514 |
readAvlChannelStorageM |
Array |
water_demand |
||
V515 |
readAvlStorGroundwater |
same as storGroundwater but equal to 0 when inferior to a treshold |
m |
Array |
groundwater |
V516 |
recessionCoeff |
groundwater storage times this coefficient gives baseflow |
frac |
Array |
groundwater |
V517 |
relax_abstraction_fraction_initial |
Array |
water_demand |
||
V518 |
relax_irrigation_agents |
Flag |
water_demand |
||
V519 |
relaxGWagent |
Flag |
water_demand |
||
V520 |
relaxSWagent |
Flag |
water_demand |
||
V521 |
remainNeed |
Array |
water_demand |
||
V522 |
Res_Domestic |
Array |
water_demand |
||
V523 |
Res_Industry |
Array |
water_demand |
||
V524 |
Res_Irrigation |
Array |
water_demand |
||
V525 |
Res_Livestock |
Array |
water_demand |
||
V526 |
reservoir_command_areas |
Array |
water_demand |
||
V527 |
reservoir_command_areas_wwt |
Array |
water_demand |
||
V528 |
reservoir_info |
Number of lakes and reservoirs in Excel |
List |
lakes_reservoirs |
|
V529 |
reservoir_releases |
Release of reservoirs |
Array |
lakes_reservoirs |
|
V530 |
reservoir_releases_excel_option |
If Excel file is used for addition reservoirs: watertransfer: release |
bool |
Flag |
lakes_reservoirs |
V531 |
reservoir_supply |
Array |
water_demand |
||
V532 |
reservoir_transfers |
[[‘Giving reservoir’][i]: [‘Receiving reservoir’][i]: [‘Fraction of live storage’][i]] |
array |
Array |
lakes_reservoirs |
V533 |
reservoir_transfers_in_M3 |
water received into reservoirs |
m3 |
Array |
lakes_reservoirs |
V534 |
reservoir_transfers_in_M3C |
Transfer - what goes into the receiving reservoir |
m3 |
Array |
lakes_reservoirs |
V535 |
reservoir_transfers_net_M3 |
net reservoir transfers: after exports: transfers: and imports |
m3 |
Array |
lakes_reservoirs |
V536 |
reservoir_transfers_net_M3C |
Net transfer from one point to the other |
m3 |
Array |
lakes_reservoirs |
V537 |
reservoir_transfers_out_M3 |
water given from reservoirs |
m3 |
Array |
lakes_reservoirs |
V538 |
reservoir_transfers_out_M3C |
Transfer - what goes out from the giving reservoir |
m3 |
Array |
lakes_reservoirs |
V539 |
reservoirFillC |
actual filling fraction of a reservoir |
Array |
lakes_reservoirs |
|
V540 |
reservoirStorage |
Storage of reservoirs |
m3 |
Array |
lakes_reservoirs |
V541 |
reservoirStorageM3C |
Array |
water_demand |
||
V542 |
resEvapWaterBodyC |
evaporation from reservoirs |
m |
Array |
lakes_reservoirs |
V543 |
resId_restricted |
waterbody ID for waste water |
Array |
lakes_reservoirs |
|
V544 |
reslakeoutflow |
outflow of lakes and reservoirs |
m3 |
Array |
lakes_reservoirs |
V545 |
resStorage |
Storage volume of reservoirs |
m3 |
Array |
landcoverType |
V546 |
resVolume |
Reservoir volume |
m3 |
Array |
lakes_reservoirs |
V547 |
resVolumeC |
compressed map of reservoir volume |
Million m3 |
Array |
lakes_reservoirs |
V548 |
resYear |
Settings waterBodyYear: with first operating year of reservoirs |
map |
Array |
lakes_reservoirs |
V549 |
resYearC |
Compressed map of resYear |
Array |
lakes_reservoirs |
|
V550 |
returnFlow |
Array |
water_demand |
||
V551 |
returnflowIrr |
Array |
water_demand |
||
V552 |
returnflowNonIrr |
Array |
water_demand |
||
V553 |
returnfractionIrr |
Input: irrigation_returnfraction: the fraction of non-efficient water that is runoff: as opposed to evaporate. |
frac |
Array |
irrigation |
V554 |
riverbedExchange |
Array |
routing_kinematic |
||
V555 |
riverbedExchangeM |
Flow from channel into groundwater |
m |
Array |
landcoverType |
V556 |
riverbedExchangeM3 |
Array |
landcoverType |
||
V557 |
rootDepth |
rootdepth of different layers |
m |
Array |
landcoverType |
V558 |
rootFraction1 |
Array |
landcoverType |
||
V559 |
Rsdl |
long wave downward surface radiation fluxes |
W/m2 |
Array |
readmeteo |
V560 |
RSDLMaps |
Surface Downwelling Longwave Radiation |
W/m2 |
Array |
readmeteo |
V561 |
Rsds |
short wave downward surface radiation fluxes |
W/m2 |
Array |
readmeteo |
V562 |
RSDSMaps |
Surface Downwelling Shortwave Radiation |
w/m2 |
Array |
readmeteo |
V563 |
runoff |
Total runoff from surface: interflow and groundwater |
m |
Array |
runoff_concentration |
V564 |
runoff_conc |
runoff after concentration - triangular-weighting method |
m |
Array |
runoff_concentration |
V565 |
runoff_peak |
peak time of runoff in seconds for each land use class |
s |
Array |
runoff_concentration |
V566 |
rws |
Transpiration reduction factor (in case of water stress) |
Array |
soil |
|
V567 |
sampleAdresses |
outflowpoints as 1D index |
List |
output |
|
V568 |
sampleInflow |
location of inflow point |
lat/lon |
Number |
inflow |
V569 |
saveInit |
If true initial conditions are saved |
bool |
Flag |
initcondition |
V570 |
saveInitFile |
save file name of the initial condition data |
bool |
Flag |
initcondition |
V571 |
SeasonalSnowMeltSin |
Array |
snow_frost |
||
V572 |
sectorSourceAbstractionFractions |
Array |
water_demand |
||
V573 |
segmentArea |
Array |
water_demand |
||
V574 |
segmentArea_wwt |
Array |
water_demand |
||
V575 |
smallevapWaterBody |
Evaporation from small lakes |
m |
Array |
lakes_res_small |
V576 |
smalllakeA |
Lake A facor of small lakes |
Array |
lakes_res_small |
|
V577 |
smalllakeArea |
Lake area of small lakes (not part of the main river network) |
m2 |
Array |
lakes_res_small |
V578 |
smallLakedaycorrect |
a water balance correction term for a day because Modified Puld approach calculates outflow from the previous and the actual time step |
m |
Array |
lakes_res_small |
V579 |
smalllakeDis0 |
Starting discharge of small lakes |
m3/s |
Array |
lakes_res_small |
V580 |
smalllakeFactor |
Internal calculation value for modified Puls approach for small lakes |
Array |
lakes_res_small |
|
V581 |
smalllakeFactorSqr |
Internal calculation value for modified Puls approach for small lakes |
Array |
lakes_res_small |
|
V582 |
smallLakeIn |
Inflow into small lakes = lakeIn * time / area |
m |
Array |
lakes_res_small |
V583 |
smalllakeInflowOld |
Inflow of the previous day |
m3/s |
Array |
lakes_res_small |
V584 |
smalllakeLevel |
Lake level for small lakes |
m |
Array |
lakes_res_small |
V585 |
smallLakeout |
small lake outflow but in [m] |
m |
Array |
lakes_res_small |
V586 |
smalllakeOutflow |
Outflow from small alkes |
m3/s |
Array |
lakes_res_small |
V587 |
smalllakeStorage |
Array |
water_demand |
||
V588 |
smalllakeVolumeM3 |
Array |
water_demand |
||
V589 |
smallpart |
fraction of the cellarea which is a small lake |
Array |
lakes_res_small |
|
V590 |
smallrunoffDiff |
Not used |
Number |
lakes_res_small |
|
V591 |
Snow |
Snow (equal to a part of Precipitation) |
m |
Array |
snow_frost |
V592 |
snow_redistributed_previous |
Array |
snow_frost |
||
V593 |
Snow1 |
Array |
snow_frost |
||
V594 |
SnowCover |
snow cover (sum over all layers) |
m |
Array |
snow_frost |
V595 |
SnowCoverS |
snow cover for each layer |
m |
Array |
snow_frost |
V596 |
SnowDayDegrees |
day of the year to degrees: 360/365.25 = 0.9856 |
Array |
snow_frost |
|
V597 |
snowEvap |
total evaporation from snow for a snow layers |
m |
Array |
evaporation |
V598 |
SnowFactor |
Multiplier applied to precipitation that falls as snow |
Array |
snow_frost |
|
V599 |
SnowFraction |
Fraction of snow in a gridcell |
Array |
snow_frost |
|
V600 |
SnowMelt |
total snow melt from all layers |
m |
Array |
snow_frost |
V601 |
snowmelt_radiation |
Array |
readmeteo |
||
V602 |
SnowMeltCoef |
Snow melt coefficient - default: 0.004 |
Array |
snow_frost |
|
V603 |
SnowMeltRad |
calibration value a factor to radiation coefficient |
Array |
snow_frost |
|
V604 |
SnowSeason |
seasonal melt factor |
m (Celcius degrees) -1 day-1 |
Array |
snow_frost |
V605 |
SnowWaterEquivalent |
Snow water equivalent: (based on snow density of 450 kg/m3) (e.g. Tarboton and Luce: 1996) |
Array |
snow_frost |
|
V606 |
soildepth |
Thickness of the first soil layer |
m |
Array |
soil |
V607 |
soildepth12 |
Total thickness of layer 2 and 3 |
m |
Array |
transient |
V608 |
soilLayers |
Number of soil layers |
Array |
soil |
|
V609 |
specificYield |
groundwater reservoir parameters (if ModFlow is not used) used to compute groundwater levels in capillary rise module |
m |
Array |
groundwater |
V610 |
staticLandCoverMaps |
1=staticLandCoverMaps in settings file is True: 0=otherwise |
bool |
Flag |
landcoverType |
V611 |
storGroundwater |
Groundwater storage (non-fossil). This is primarily used when not using MODFLOW. |
m |
Array |
groundwater |
V612 |
sum_actBareSoilEvap |
actual bare soil evaporation (sum over all land cover types) |
m |
Array |
landcoverType |
V613 |
sum_actTransTotal |
actual total transpiration (sum over all land cover types) |
m |
Array |
landcoverType |
V614 |
sum_directRunoff |
direct runoff from surface (sum over all land cover types) |
m |
Array |
landcoverType |
V615 |
sum_gwRecharge |
groundwater recharge |
m |
Array |
landcoverType |
V616 |
sum_interceptEvap |
Array |
landcoverType |
||
V617 |
sum_interceptStor |
Total of simulated vegetation interception storage including all landcover types |
m |
Array |
landcoverType |
V618 |
sum_interflow |
sum of iterflow from all land cover types |
m |
Array |
runoff_concentration |
V619 |
sum_landSurfaceRunoff |
Runoff concentration above the soil more interflow including all landcover types |
m |
Array |
runoff_concentration |
V620 |
sum_openWaterEvap |
sum of open water evaporation from all different land cover types |
m |
Array |
routing_kinematic |
V621 |
sum_perc3toGW |
Percolation from 3rd soil layer to groundwater (summed up for all land cover classes). Depending on percloationImp: distributed to groundwater and runoff. |
m |
Array |
landcoverType |
V622 |
sum_prefFlow |
Preferential flow from soil to groundwater (summed up for all land cover classes). Depending on percloationImp: distributed to groundwater and runoff. |
m |
Array |
landcoverType |
V623 |
sum_runoff |
Runoff above the soil: more interflow: including all landcover types |
m |
Array |
landcoverType |
V624 |
sum_soil |
sum of all soilmpositure in all 3 layers + topwater |
m |
Array |
landcoverType |
V625 |
sum_topwater |
quantity of water on the soil (flooding) (weighted sum for all landcover types) |
m |
Array |
landcoverType |
V626 |
sum_w1 |
sum of actual soil mositure: weighted by the fraction of landcover |
m |
Array |
landcoverType |
V627 |
sum_w2 |
sum of actual soil mositure: weighted by the fraction of landcover |
m |
Array |
landcoverType |
V628 |
sum_w3 |
sum of actual soil mositure: weighted by the fraction of landcover |
m |
Array |
landcoverType |
V629 |
sumed_sum_gwRecharge |
Array |
transient |
||
V630 |
sumEvapWaterBodyC |
evaporation from waterbodies - compressed |
m |
Array |
lakes_reservoirs |
V631 |
sumLakeEvapWaterBodyC |
Array |
routing_kinematic |
||
V632 |
sumlakeResInflow |
infow into waterbodies |
m3 |
Array |
lakes_reservoirs |
V633 |
sumlakeResOutflow |
outflow of waterbodies |
m3 |
Array |
lakes_reservoirs |
V634 |
summerSeasonStart |
day when summer season starts = 165 |
Array |
snow_frost |
|
V635 |
sumResEvapWaterBodyC |
Array |
routing_kinematic |
||
V636 |
sumsideflow |
Number |
routing_kinematic |
||
V637 |
swAbstractionFraction |
Input: Fraction of demands to be satisfied with surface water |
% |
Array |
water_demand |
V638 |
swAbstractionFraction_Channel_Domestic |
Input: Fraction of Domestic demands to be satisfied with Channel |
% |
Array |
water_demand |
V639 |
swAbstractionFraction_Channel_Industry |
Input: Fraction of Industrial water demand to be satisfied by Channels |
% |
Array |
water_demand |
V640 |
swAbstractionFraction_Channel_Irrigation |
Input: Fraction of Irrigation demand to be satisfied from Channels |
% |
Array |
water_demand |
V641 |
swAbstractionFraction_Channel_Livestock |
Input: Fraction of Livestock demands to be satisfied from Channels |
% |
Array |
water_demand |
V642 |
swAbstractionFraction_domestic |
With domestic agents: derived from surface water over total water request |
% |
Array |
water_demand |
V643 |
swAbstractionFraction_Lake_Domestic |
Input: Fraction of Domestic demands to be satisfied with Lake |
% |
Array |
water_demand |
V644 |
swAbstractionFraction_Lake_Industry |
Input: Fraction of Industrial water demand to be satisfied by Lakes |
% |
Array |
water_demand |
V645 |
swAbstractionFraction_Lake_Irrigation |
Input: Fraction of Irrigation demand to be satisfied by Lakes |
% |
Array |
water_demand |
V646 |
swAbstractionFraction_Lake_Livestock |
Input: Fraction of Livestock water demands to be satisfied by Lakes |
% |
Array |
water_demand |
V647 |
swAbstractionFraction_Lift_Domestic |
Input: Fraction of Domestic demands to be satisfied with Lift |
% |
Array |
water_demand |
V648 |
swAbstractionFraction_Lift_Industry |
Input: Fraction of Industrial water demand to be satisfied from Lift areas |
% |
Array |
water_demand |
V649 |
swAbstractionFraction_Lift_Irrigation |
Input: Fraction of Irrigation demand to be satisfied from Lift areas |
% |
Array |
water_demand |
V650 |
swAbstractionFraction_Lift_Livestock |
Input: Fraction of Livestock water demands to be satisfied from Lift areas |
% |
Array |
water_demand |
V651 |
swAbstractionFraction_Res_Domestic |
Input: Fraction of Domestic demands to be satisfied with Reservoirs |
% |
Array |
water_demand |
V652 |
swAbstractionFraction_Res_Industry |
Input: Fraction of Industrial water demand to be satisfied by Reservoirs |
% |
Array |
water_demand |
V653 |
swAbstractionFraction_Res_Irrigation |
Input: Fraction of Irrigation demand to be satisfied by Reservoirs |
% |
Array |
water_demand |
V654 |
swAbstractionFraction_Res_Livestock |
Input: Fraction of Livestock water demands to be satisfied by Reservoirs |
% |
Array |
water_demand |
V655 |
Tavg |
Input: average air Temperature |
K |
Array |
readmeteo |
V656 |
temp |
average temperature in Celsius deg |
°C |
Array |
readmeteo |
V657 |
tempMaps |
choose between steady state temperature maps for steady state modflow or normal maps |
Array |
readmeteo |
|
V658 |
TempMelt |
Average temperature at which snow melts |
°C |
Array |
snow_frost |
V659 |
TempSnow |
Average temperature at which snow melts |
°C |
Array |
snow_frost |
V660 |
TempSnowHigh |
Temperature above which all precipitation is rain |
°C |
Array |
snow_frost |
V661 |
TempSnowLow |
Temperature below which all precipitation is snow |
°C |
Array |
snow_frost |
V662 |
thermalI |
ThermalIndex. Use to calculate pot. Evaporation with Thornthwaite |
deg C |
Array |
evaporationPot |
V663 |
theta1 |
fraction of water in soil compartment 1 for each land use class |
Array |
soil |
|
V664 |
theta2 |
fraction of water in soil compartment 2 for each land use class |
Array |
soil |
|
V665 |
theta3 |
fraction of water in soil compartment 3 for each land use class |
Array |
soil |
|
V666 |
thetar1 |
Residual volumetric soil moisture content layer 1 |
Array |
landcoverType |
|
V667 |
thetar2 |
Residual volumetric soil moisture content layer 2 |
Array |
landcoverType |
|
V668 |
thetar3 |
Residual volumetric soil moisture content layer 3 |
Array |
landcoverType |
|
V669 |
thetas1 |
Saturated volumetric soil moisture content layer 1 |
Array |
landcoverType |
|
V670 |
thetas2 |
Saturated volumetric soil moisture content layer 2 |
Array |
landcoverType |
|
V671 |
thetas3 |
Saturated volumetric soil moisture content layer 3 |
Array |
landcoverType |
|
V672 |
TMax |
maximum air temperature |
K |
Array |
readmeteo |
V673 |
TMin |
minimum air temperature |
K |
Array |
readmeteo |
V674 |
topwater |
quantity of water above the soil (flooding) |
m |
Array |
soil |
V675 |
toResManageC |
Array |
wastewater |
||
V676 |
totalCrossSectionArea |
Array |
routing_kinematic |
||
V677 |
totalCrossSectionAreaBankFull |
Array |
routing_kinematic |
||
V678 |
totalET |
Total evapotranspiration for each cell including all landcover types |
m |
Array |
landcoverType |
V679 |
totalET_WB |
Total evapotranspiration including waterbodies |
m |
Array |
cwatm_dynamic |
V680 |
totalIrrDemand |
Irrigation demand |
m |
Array |
water_demand |
V681 |
totalPotET |
Potential evaporation per land use class |
m |
Array |
soil |
V682 |
totalPotET_month |
Total potential evapotranspiration in a month |
m |
Array |
evaporation |
V683 |
totalPotET_month_segment |
Array |
evaporation |
||
V684 |
totalQInM3 |
total inflow over time (for mass balance calculation) |
m3 |
Array |
inflow |
V685 |
totalSto |
Total soil:snow and vegetation storage for each cell including all landcover types |
m |
Array |
landcoverType |
V686 |
totalWaterDemand |
Irrigation and non-irrigation demand |
m |
Array |
water_demand |
V687 |
totAvlWater |
Field capacity minus wilting point in soil layers 1 and 2 |
m |
Array |
landcoverType |
V688 |
tpeak_baseflow |
peak time of baseflow |
s |
Array |
runoff_concentration |
V689 |
tpeak_glaciers |
peak time of glacier |
s |
Array |
runoff_concentration |
V690 |
tpeak_interflow |
peak time of interflow |
s |
Array |
runoff_concentration |
V691 |
travelDistance |
travel distance of water: flow velocity per day |
m |
Array |
waterquality1 |
V692 |
travelTime |
time to travel a gridcell: chanLength / flowVelocity |
day |
List |
waterquality1 |
V693 |
twothird |
2025-03-02 00:00:00 |
Number |
miscInitial |
|
V694 |
tws |
Total water storage |
m |
Array |
cwatm_dynamic |
V695 |
unlimitedDesal |
Flag |
initcondition |
||
V696 |
unmet_lost |
Fossil water that disappears instead of becoming return flow |
m |
Array |
water_demand |
V697 |
unmet_lostirr |
Fossil water for irrigation that disappears instead of becoming return flow |
m |
Array |
water_demand |
V698 |
unmet_lostNonirr |
Fossil water for non-irrigation that disappears instead of becoming return flow |
m |
Array |
water_demand |
V699 |
unmetDemand |
Unmet groundwater demand to determine potential fossil groundwaterwater use. Primarily used without MODFLOW. |
m |
Array |
water_demand |
V700 |
unmetDemand_runningSum |
Unmet water demand (too less water availability) |
m |
Array |
cwatm_dynamic |
V701 |
unmetDemandNonpaddy |
Unmet nonpaddy demand |
m |
Array |
water_demand |
V702 |
unmetDemandPaddy |
Unmet paddy demand |
m |
Array |
water_demand |
V703 |
UpArea |
upstream area of a grid cell |
m2 |
Array |
routing_kinematic |
V704 |
UpArea1 |
upstream area of a grid cell |
m2 |
Array |
routing_kinematic |
V705 |
urbanleak |
Array |
wastewater |
||
V706 |
use_complex_solver_for_modflow |
Flag |
transient |
||
V707 |
use_environflow |
Use calculation of environmental flow |
bool |
Flag |
environmental_need |
V708 |
use_super_complex_solver_for_modflow |
Flag |
transient |
||
V709 |
uselivestock |
True if uselivestock=True in Settings: False otherwise |
bool |
Flag |
livestock |
V710 |
using_lift_areas |
True if using_lift_areas = True in Settings: False otherwise |
bool |
Flag |
water_demand |
V711 |
using_reservoir_command_areas |
True if using_reservoir_command_areas = True: False otherwise |
bool |
Flag |
water_demand |
V712 |
w1 |
Simulated water storage in the layer 1 |
m |
Array |
soil |
V713 |
w2 |
Simulated water storage in the layer 2 |
m |
Array |
soil |
V714 |
w3 |
Simulated water storage in the layer 3 |
m |
Array |
soil |
V715 |
wastewater_to_reservoirs |
Array |
initcondition |
||
V716 |
Water_conveyance_efficiency |
Array |
water_demand |
||
V717 |
waterAbstract |
Array |
water_demand |
||
V718 |
waterabstraction |
Array |
water_demand |
||
V719 |
waterBodyBuffer |
Create a buffer around water bodies as command areas for lakes and reservoirs |
m2 |
Array |
lakes_reservoirs |
V720 |
waterBodyBuffer_wwt |
Create a buffer around water bodies as command areas for lakes and reservoirs for waste water |
m2 |
Array |
lakes_reservoirs |
V721 |
waterBodyID |
lakes/reservoirs map with a single ID for each lake/reservoir |
Array |
routing_kinematic |
|
V722 |
waterBodyID_C |
ID of the waterbody - compressed |
Array |
lakes_reservoirs |
|
V723 |
waterBodyOut |
biggest outlet (biggest accumulation of ldd network) of a waterbody |
Array |
lakes_reservoirs |
|
V724 |
waterBodyOutC |
compressed map biggest outlet of each lake/reservoir |
Array |
lakes_reservoirs |
|
V725 |
waterBodyTyp |
Settings: waterBodyTyp: with waterbody type 1-4 |
map |
Array |
lakes_reservoirs |
V726 |
waterBodyTyp_unchanged |
Array |
water_demand |
||
V727 |
waterBodyTypC |
water body types 3 reservoirs and lakes (used as reservoirs but before the year of construction as lakes) 2 reservoirs (regulated discharge) 1 lakes (weirFormula) |
Array |
lakes_reservoirs |
|
V728 |
waterBodyTypCTemp |
waterbody temp e.g. lake: reservoir: wetlands -> compressed |
Array |
water_demand |
|
V729 |
waterBodyTypTemp |
waterbody temp e.g. lake: reservoir: wetlands |
Array |
lakes_reservoirs |
|
V730 |
waterdemandFixed |
Array |
water_demand |
||
V731 |
waterdemandFixedYear |
Array |
water_demand |
||
V732 |
waterLevel |
Water level |
m |
Array |
waterquality1 |
V733 |
waterquality |
Flag to use waterquality |
bool |
Flag |
waterquality1 |
V734 |
waterTemperature |
Temperature of water |
deg C |
Array |
waterquality1 |
V735 |
WB_elec |
Fractions of live storage to be exported from basin |
366-day netcdf map |
Array |
water_demand |
V736 |
wc2_prec |
High resolution WorldClim map for precipitation |
m |
Array |
readmeteo |
V737 |
wc2_tavg |
High resolution WorldClim map for average temperature |
K |
Array |
readmeteo |
V738 |
wc2_tmax |
High resolution WorldClim map for max temperature |
K |
Array |
readmeteo |
V739 |
wc2_tmin |
High resolution WorldClim map for min temperature |
K |
Array |
readmeteo |
V740 |
wc4_prec |
upscaled to low resolution WorldClim map for precipitation |
m |
Array |
readmeteo |
V741 |
wc4_tavg |
upscaled to low resolution WorldClim map for average temperature |
K |
Array |
readmeteo |
V742 |
wc4_tmax |
upscaled to low resolution WorldClim map for max temperature |
K |
Array |
readmeteo |
V743 |
wc4_tmin |
upscaled to low resolution WorldClim map for min temperature |
K |
Array |
readmeteo |
V744 |
weighted_KC_Irr |
Array |
evaporation |
||
V745 |
weighted_KC_Irr_woFallow |
Array |
evaporation |
||
V746 |
weighted_KC_Irr_woFallow_fullKc |
Array |
soil |
||
V747 |
weighted_KC_nonIrr |
Array |
evaporation |
||
V748 |
weighted_KC_nonIrr_woFallow |
Array |
evaporation |
||
V749 |
wells_index |
Array |
transient |
||
V750 |
wetland_area |
variable area of wetlands per day |
m2 |
Array |
lakes_reservoirs |
V751 |
wetland_maxlevel |
maximum waterlevel of wetlands |
m |
Array |
lakes_reservoirs |
V752 |
wetlands_variable_area |
variable area of wetlands per day |
m2 |
Array |
lakes_reservoirs |
V753 |
wfc1 |
Soil moisture at field capacity in layer 1 |
m |
Array |
soil |
V754 |
wfc2 |
Soil moisture at field capacity in layer 2 |
m |
Array |
soil |
V755 |
wfc3 |
Soil moisture at field capacity in layer 3 |
m |
Array |
soil |
V756 |
Wind |
wind speed |
m/s |
Array |
readmeteo |
V757 |
wrange1 |
maximum soil moisture (ws) - residual soil mositure (wres) layer 1 |
m |
Array |
landcoverType |
V758 |
wrange2 |
maximum soil moisture (ws) - residual soil mositure (wres) layer 2 |
m |
Array |
landcoverType |
V759 |
wrange3 |
maximum soil moisture (ws) - residual soil mositure (wres) layer 3 |
m |
Array |
landcoverType |
V760 |
wres1 |
Residual storage capacity in layer 1 |
m |
Array |
landcoverType |
V761 |
wres2 |
Residual storage capacity in layer 2 |
m |
Array |
landcoverType |
V762 |
wres3 |
Residual storage capacity in layer 3 |
m |
Array |
landcoverType |
V763 |
writeerror |
Flag |
transient |
||
V764 |
ws1 |
Maximum storage capacity in layer 1 |
m |
Array |
landcoverType |
V765 |
ws2 |
Maximum storage capacity in layer 2 |
m |
Array |
landcoverType |
V766 |
ws3 |
Maximum storage capacity in layer 3 |
m |
Array |
landcoverType |
V767 |
WtoMJ |
Conversion factor from [W] to [MJ] for radiation: 86400 * 1E-6 |
Array |
readmeteo |
|
V768 |
wwp1 |
Soil moisture at wilting point in layer 1 |
m |
Array |
landcoverType |
V769 |
wwp2 |
Soil moisture at wilting point in layer 2 |
m |
Array |
landcoverType |
V770 |
wwp3 |
Soil moisture at wilting point in layer 3 |
m |
Array |
landcoverType |
V771 |
wwt_def |
Flag |
initcondition |
||
V772 |
wwt_Domestic |
Array |
water_demand |
||
V773 |
wwt_Industry |
Array |
water_demand |
||
V774 |
wwt_Irrigation |
Array |
water_demand |
||
V775 |
wwt_Livestock |
Array |
water_demand |
||
V776 |
wwtAbstractionFraction_Res_Domestic |
Array |
water_demand |
||
V777 |
wwtAbstractionFraction_Res_Industry |
Array |
water_demand |
||
V778 |
wwtAbstractionFraction_Res_Irrigation |
Array |
water_demand |
||
V779 |
wwtAbstractionFraction_Res_Livestock |
Array |
water_demand |
||
V780 |
wwtC |
Array |
wastewater |
||
V781 |
wwtColArea |
Array |
wastewater |
||
V782 |
wwtColShare |
Array |
wastewater |
||
V783 |
wwtEffluentsGenerated |
Array |
water_demand |
||
V784 |
wwtEffluentsGenerated_domestic |
Array |
water_demand |
||
V785 |
wwtEffluentsGenerated_industry |
Array |
water_demand |
||
V786 |
wwtEvap |
Array |
wastewater |
||
V787 |
wwtEvapC |
Array |
wastewater |
||
V788 |
wwtExportedCollected |
Array |
wastewater |
||
V789 |
wwtExportedTreated |
Array |
wastewater |
||
V790 |
wwtExportedTreatedC |
Array |
wastewater |
||
V791 |
wwtID |
Array |
wastewater |
||
V792 |
wwtIdsOrdered |
List |
wastewater |
||
V793 |
wwtInTreatment |
Array |
wastewater |
||
V794 |
wwtOverflow |
Array |
wastewater |
||
V795 |
wwtOverflowOut |
Array |
wastewater |
||
V796 |
wwtOverflowOutM |
Array |
wastewater |
||
V797 |
wwtResIDC |
Array |
wastewater |
||
V798 |
wwtResIDTemp_compress |
Array |
wastewater |
||
V799 |
wwtResTypC |
Array |
wastewater |
||
V800 |
wwtResYearC |
Array |
wastewater |
||
V801 |
wwtSentToRes |
Array |
wastewater |
||
V802 |
wwtSentToResC |
Array |
wastewater |
||
V803 |
wwtSentToResC_LR |
Array |
wastewater |
||
V804 |
wwtSewerCollected |
Array |
wastewater |
||
V805 |
wwtSewerCollectedBySoruce |
Array |
water_demand |
||
V806 |
wwtSewerCollectedC |
Array |
wastewater |
||
V807 |
wwtSewerCollection |
Array |
wastewater |
||
V808 |
wwtSewerCollection_domestic |
Array |
water_demand |
||
V809 |
wwtSewerCollection_industry |
Array |
water_demand |
||
V810 |
wwtSewerExported |
Array |
wastewater |
||
V811 |
wwtSewerOverflow |
Array |
wastewater |
||
V812 |
wwtSewerOverflowC |
Array |
wastewater |
||
V813 |
wwtSewerResOverflow |
Array |
wastewater |
||
V814 |
wwtSewerResOverflowC |
Array |
wastewater |
||
V815 |
wwtSewerToTreatment |
Array |
wastewater |
||
V816 |
wwtSewerToTreatmentC |
Array |
wastewater |
||
V817 |
wwtSewerTreated |
Array |
wastewater |
||
V818 |
wwtSewerTreatedC |
Array |
wastewater |
||
V819 |
wwtStorage |
Array |
wastewater |
||
V820 |
wwtSurfaceAreaC |
Array |
wastewater |
||
V821 |
wwtTimeC |
Array |
wastewater |
||
V822 |
wwtTreatedOverflow |
Array |
wastewater |
||
V823 |
wwtTreatedOverflowC |
Array |
wastewater |
||
V824 |
wwtUrbanLeakage |
Array |
wastewater |
||
V825 |
wwtVolC |
Array |
wastewater |
||
V826 |
Xcel |
List |
routing_kinematic |
||
V827 |
xcoarse_prec |
List |
readmeteo |
||
V828 |
xcoarse_tavg |
List |
readmeteo |
||
V829 |
xfine_prec |
List |
readmeteo |
||
V830 |
xfine_tavg |
List |
readmeteo |
||
V831 |
ycoarse_prec |
List |
readmeteo |
||
V832 |
ycoarse_tavg |
List |
readmeteo |
||
V833 |
yfine_prec |
List |
readmeteo |
||
V834 |
yfine_tavg |
List |
readmeteo |
||
V835 |
Yield_Irr |
Relative monthly irrigated yield [crop specific] |
% |
Array |
evaporation |
V836 |
Yield_nonIrr |
Relative monthly non-irrigated yield [crop specific] |
% |
Array |
evaporation |