Data Delivery Details, Europe-HYPE model

This standard package for 1-10 day forecast data (Europe-HYPE model) includes:

Geographical domainWhole Europe or Coastal zones Europe (see Europe-HYPE model)
Model versionEhype3-gfd
Variables

18 variables grouped in:

  • Meteorological
  • Snow
  • Soil
  • Hydrological
  • Nutrient concentration

See Variable List for more details.

Temporal and spatial resolutionDaily mean per catchment
Data period30 days hindcast + 1-10 days ahead
Forcing meteo dataHydroGFD11 and ECMWF Deterministic Daily Forecast2
Data delivery frequencyDaily delivery3
Delivery periodOne year, automatic renewal if not canceled ahead.
Data formatNetCDF for time series and shape file for catchment borders.
Price€ 6,000/year

Read more about Data quality, Licence and Disclaimer HERE.

Notes:

  1. Berg, P., Donnelly, C., and Gustafsson, D. (2018). Near-real-time adjusted reanalysis forcing data for hydrology, Hydrol. Earth Syst. Sci., 22, 989–1000, https://doi.org/10.5194/hess-22-989-2018. Temperature and precipitation from the HydroGFD dataset can be ordered as customized data package – contact us!
  2. Currently, the 1-10 days forecast in HYPEweb is based on one single deterministic meteorological forecast (from ECMWF) for each geographical domain.
  3. Historical forecasts can be delivered as customized data package – contact us!

Order this standard package - 1-10 day forecast data (Europe-HYPE model)

Fill in this form to order the standard package for 1-10 days forecast data. For more information, view the data delivery details  or contact us!

IMPORTANT NOTICE: This order form is a non binding offer and it does not create legal obligations for the parties. After submitting the form we will contact you to discuss the procedure and the details of your order.

Domains from the Europe-HYPE Model

1-10 day forecast data from the HYPE model is described and evaluated only for Europe (E-HYPE) by:

Donnelly, C, Andersson, J.C.M. and Arheimer, B. (2016): Using flow signatures and catchment similarities to evaluate a multi-basin model (E-HYPE) across Europe. Hydr. Sciences Journal 61(2):255-273, doi: 10.1080/02626667.2015.1027710

The standard package includes time series for the whole Europe or the costal zones of Europe. Click on the maps below to enlarge them.

Whole Europe

8.8 million km2 divided into 35408 catchments

Costal zones Europe

around 3000 catchments

Variables

Meteorological

VariableAggregationUnitDescriptionVariable ID
Air temperatureAverage°Cair temperature, provided in TobsTemp
Corrected air temperatureAverage°Ccorrected air temperatureCTMP
PrecipitationSummm/[period]precipitation as provided in PobsPrec
Corrected precipitationSummm/[period]corrected precipitationCPRC

VariableAir temperature
AggregationAverage
Unit°C
DescriptionAir temperature, provided in Tobs.
Variable IDTemp

VariableCorrected air temperature
AggregationAverage
Unit°C
DescriptionCorrected air temperature
Variable IDCTMP

VariablePrecipitation
AggregationSum
Unitmm/[period]
DescriptionPrecipitation as provided in Pobs.
Variable IDPrec

VariableCorrected precipitation
AggregationSum
Unitmm/[period]
DescriptionCorrected precipitation
Variable IDCPRC

Snow

VariableAggregationUnitDescriptionVariable ID
Snow water equivalentAveragemmSnow water equivalentSnow
Snow depthAveragecmSnow depthSDEP

VariableSnow water equivalent
AggregationAverage
Unitmm
DescriptionSnow water equivalent
Variable IDSnow

VariableSnow depth
AggregationAverage
Unitcm
DescriptionSnow depth
Variable IDSDEP

Soil

VariableAggregationUnitDescriptionVariable ID
Soil moistureAveragemmSoil moisture deficit to field capacity of upper two soil layers.SMDF

VariableSoil moisture
AggregationAverage
Unitmm
DescriptionSoil moisture deficit to field capacity of upper two soil layers.
Variable IDSMDF

Hydrological

VariableAggregationUnitDescriptionVariable ID
Local runoffSummm/[period]Calculated local runoff from land area.CRUN
River dischargeAveragem3/sSimulated outflow from olake/subbasin, only positive flow (outflow).COUT
Local river flowAveragem3/sLocal flow from subbasin to its main river.CLOC
Water TemperatureAverage°CWater temperature in outflow from subbasin.WTMP
Water TemperatureWeighted average°CSimulated water temperature in outflow from outlet lake/subbasin (cout) (concentration missing in case of no positive flow)CCT2

VariableLocal runoff
AggregationSum
Unitmm/[period]
DescriptionCalculated local runoff from land area.
Variable IDCRUN

VariableRiver discharge
AggregationAverage
Unitm3/s
DescriptionSimulated outflow from olake/subbasin, only positive flow (outflow).
Variable IDCOUT

VariableLocal river flow
AggregationAverage
Unitm3/s
DescriptionLocal flow from subbasin to its main river.
Variable IDCLOC

VariableWater Temperature
AggregationAverage
Unit°C
DescriptionWater temperature in outflow from subbasin.
Variable IDWTMP

VariableWater Temperature
AggregationWeighted average
Unit°C
DescriptionSimulated water temperature in outflow from outlet lake/subbasin (cout) (concentration missing in case of no positive flow).
Variable IDCCT2

Nutrient concentration

VariableAggregationUnitDescriptionVariable ID
Simulated concentration of nitrogen and phosporous species (4 variables)Weighted averageµg/LSimulated concentration of N and P species in outflow from outlet lake/subbasin (cout) (concentration missing in case of no positive flow) (IN=inorganic nitrogen,  SP=soluble reactive phosphorus, TN=total nitrogen and TP=total phosphorus concentration).CCIN, CCSP, CCTN and CCTP
Simulated concentration for  nitrogen and phosphorous in local flow (2 variables)Weighted averageµg/LSimulated concentration in local flow from subbasin (TN=total nitrogen and TP=total phosphorus concentration).CLTN and CLTP
Total simulated nutrient load (2 variables) kgTotal simulated nutrient load out from subbasin.TOTN and TOTP

VariableSimulated concentration of nitrogen and phosporous species (4 variables)
AggregationWeighted average
Unitµg/L
DescriptionSimulated concentration of N and P species in outflow from outlet lake/subbasin (cout) (concentration missing in case of no positive flow) (IN=inorganic nitrogen,  SP=soluble reactive phosphorus, TN=total nitrogen and TP=total phosphorus concentration).
Variable IDCCIN, CCSP, CCTN and CCTP

VariableSimulated concentration for  nitrogen and phosphorous in local flow (2 variables)
AggregationWeighted average
Unitµg/L
DescriptionSimulated concentration in local flow from subbasin (TN=total nitrogen and TP=total phosphorus concentration).
Variable IDCLTN   and CLTP

VariableTotal simulated nutrient load ( 2 variables)
Aggregation 
Unitkg
DescriptionTotal simulated nutrient load out from subbasin.
Variable IDTOTN and TOTP