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Hooijer, A. (author), Klijn, F. (author), Kwadijk, J. (author), Pedroli, B. (author)
Flood risk (defined as a result of flood probability and potential damage) along Rhine and Meuse rivers is expected to increase in two ways: A. Climate change will cause a significant increase in the probability of extreme floods (according to a majority of climate change scenarios). B. The potential damage of floods (the level of investments in...
report 2002
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De Nooij, R.J.W. (author), Alard, D. (author), De Blust, G. (author), Geilen, N. (author), Goldschmidt, B. (author), Heusing, V. (author), Lenders, H.J.R. (author), Leuven, R.S.E.W. (author), Lotterman, K.M. (author), Muller, S. (author), Nienhuis, P.H. (author), Poudevigne, I. (author)
BIO-SAFE is a policy and legislation based model for the assessment of impacts of flood prevention measures on biodiversity in river basins. Within the framework of IRMA-SPONGE, a transnational version of the model BIO-SAFE (Spreadsheet Application For Evaluation of BIOdiversity) for the rivers Rhine and Meuse was developed. The model was...
report 2001