########################
List of output variables
########################

.. contents:: 
    :depth: 0

.. _variables:

This list of variables gives an overview of possible output variables.

.. warning:: this list is not complete (but almost).

.. csv-table::
  :header: "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"," Maximum fraction of snow that can be redistributed in elevation zones","-","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"," Puts the value of lakeResStorage into all cells covered by the waterbody","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"