@ARTICLE{Querner_Erik_P._Water_2007, author={Querner, Erik P.}, number={No 11}, pages={45-58}, journal={Journal of Water and Land Development}, howpublished={online}, year={2007}, publisher={Polish Academy of Sciences; Institute of Technology and Life Sciences - National Research Institute}, abstract={Flooding in the northern part of The Netherlands has caused serious economic threats to densely populated areas. Therefore a project has been carried out in a pilot area to assess the retention of water in two river basins as a way to reduce flooding. The physically-based groundwater and sur-face water model SIMGRO was used to model the hydrology of the basins. The model was calibrated using discharges and groundwater levels. Scenarios of measures to assess the possibility of retaining water in the basin were then defined and tested. The first measure was the retention of higher dis-charges using culverts or gates in the upstream part of the basin. The second measure was to make the streams shallower and thereby, increase flood plain storage. The last measure was flood water storage in a designated area in the downstream part of one basin. The analysis indicates that holding water in the upstream parts of the basins proved to be feasible and can result in significant reductions of peak flows.}, type={Article}, title={Water management measures analysed for Dutch basins to reduce flooding}, URL={http://www.czasopisma.pan.pl/Content/116944/PDF/%5B20834535%20-%20Journal%20of%20Water%20and%20Land%20Development%5D%20Water%20management%20measures%20analysed%20for%20Dutch%20basins%20to%20reduce%20flooding.pdf}, keywords={drainage basin, evapotranspiration, groundwater, modelling, rainfall, river basin, scenario, surface water}, }