Published March 13, 2023 | Version v0
Dataset Open

Yearly high flow (maximum discharge) of Southern German catchments

Creators

  • 1. Finnish Meteorological Institute

Contributors

Description

Yearly block maxima of daily discharge (1962-2099). Discharge simulations were performed with WaSiM in the scope of the ClimEx project (meteorological drivers: downscaled and bias-adjusted CRCM5-LE output, using RCP8.5 scenario conditions from 2006 onwards). The simulation domain includes the German provinces of Bavaria (full) and Baden-Wurttemberg (parts) as well as parts of Austria and Switzerland. Relevant project references: Leduc et al. 2019, Willkofer et al. 2020, Poschlod et al., 2020.

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Altmuehl-Beilngries_annual-maxflow_1962-2099.txt

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Additional details

Identifiers

URL
https://etsin.fairdata.fi/dataset/cd876bdc-667b-44e2-9e5a-a471531af86a
b2rec
a02cfe6e13da458f9dec96c043a4c12a

Funding

Bavarian State Ministry for Environment and Consumer Protection

Instruments

CRCM5 (regional climate model), WaSiM (hydrological model)
undefined (Other)

FMI metadata

Process step
Conversion of 3-hourly simulated discharge values to daily values. Derivation of annual maximum values.
Source data
Climate input to hydrological model: CRCM5-LE data (available at https://www.climex-project.org/en/data-access/)
Lineage
Bias-adjustments of temperature, precipitation, wind speed, shortwave radiation and relative humidity data of 50 members by using a reference data set with respect to observed climatology in southern Germany. Statistical downscaling of bias-adjusted meteorological data to 500 m – model scale. Holistic calibration of WaSiM (i.e., all catchments using same parameter sets) with respect to observed climatology. Simulation of 50 discharge realizations in WaSiM using the bias-adjusted and downscaled meteorological data. Process steps are summarized in Willkofer et al., 2020.
Platforms
-
Model
WaSiM implementation using Penman-Monteith approach for Evapotranspiration, an enhanced energy balance with snow redistribution by wind and gravitation for snowmelt, Richards equation for soil water movement, Darcy equation for groundwater movements and Van Genuchten parameters for soil parameterization (Willkofer et al. 2020)
Parameter
  • Parameter name: Discharge
  • Parameter unit: [m³/s]
Data levels (meter, hectoPascal, degree, sigma pressure levels, other) in vertical direction(+/-) for example 1500 m or 850 hPa
  • Level: surface
Resolution
500
Supplemental information
For educational purposes in the scope of the "Living with changing climate" course only.
Topic category
climatologyMeteorologyAtmosphere

Temporal Coverage

Ranges:

Start date: 1961-12-31
End date: 2099-12-30

Locations

Selected gauging stations in "Hydrological" Bavaria (catchment-based delineation including all of Bavaria plus parts of Baden-Wurttemberg, Austria, and Switzerland) Envelope:
(Lon: 50.51, Lat: 8.152 )
(Lon: 46.315, Lat: 13.53 )