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This second part of the paper presents the details of the eco-hydrologicalmodel SWIM simulating the natural water supply and its coupling to WBalMo, awater management model.  Based on the climate scenarios of the STAR model, SWIM simulates the naturalwater and matter fluxes for the entire Elbe River area. All relevantprocesses are modelled for hydrotopes and the resulting discharges areaccumulated in subbasins. The output data are input for the water managementmodel WBalMo and the quality models Moneris and QSim.  WBalMo takes storage management, inputs and withdrawals into account andanalyses how demands by industry, power plants and households will be met atchanging natural supply conditions. Some of the first results shall bepresented here

advances in geosciences

Impacts of global change on water-related sectors and society in a trans-boundary central European river basin – Part 2: from eco-hydrology to water demand management