The Rhine basin will shift from a combined rainfall and snow melt regime to a more rainfall dominated regime, resulting in increased flood risk in winter and a higher probability of extensive droughts in summer. To be prepared for these projected changes, a thorough understanding of the impacts of climate change to the hydrological regime is necessary. A model has been presented at CAIWA conference at Basel, 12-15 November 2007
Due to the growing wish and necessity to simulate the possible effects of climate change on the disc...
Due to the growing wish and necessity to simulate the possible effects of climate change on the disc...
The Rhine basin is a very densely populated and industrialized area in Central Europe, therefore, fl...
The Rhine basin will shift from a combined rainfall and snow melt regime to a more rainfall dominate...
The Rhine basin will shift from a combined rainfall and snow melt regime to a more rainfall dominate...
Because of global warming, the hydrologic behavior of the Rhine basin is expected to shift from a co...
The hydrological regime of the Rhine basin is expected to shift from a combined snowmelt-rainfall re...
The hydrological regime of the Rhine basin is expected to shift from a combined snowmelt-rainfall re...
In this study we applied the hydrological model SIMGRO to the Rhine basin. After the input data of t...
In this study we applied the hydrological model SIMGRO to the Rhine basin. After the input data of t...
Due to global warming, the hydrologic behavior of the Rhine basin is expected to shift from a combin...
Due to global warming, the hydrologic behavior of the Rhine basin is expected to shift from a combin...
Because of global warming, the hydrologic behavior of the Rhine basin is expected to shift from a co...
Because of global warming, the hydrologic behavior of the Rhine basin is expected to shift from a co...
Climate change will increase winter precipitation, and in combination with earlier snowmelt it will ...
Due to the growing wish and necessity to simulate the possible effects of climate change on the disc...
Due to the growing wish and necessity to simulate the possible effects of climate change on the disc...
The Rhine basin is a very densely populated and industrialized area in Central Europe, therefore, fl...
The Rhine basin will shift from a combined rainfall and snow melt regime to a more rainfall dominate...
The Rhine basin will shift from a combined rainfall and snow melt regime to a more rainfall dominate...
Because of global warming, the hydrologic behavior of the Rhine basin is expected to shift from a co...
The hydrological regime of the Rhine basin is expected to shift from a combined snowmelt-rainfall re...
The hydrological regime of the Rhine basin is expected to shift from a combined snowmelt-rainfall re...
In this study we applied the hydrological model SIMGRO to the Rhine basin. After the input data of t...
In this study we applied the hydrological model SIMGRO to the Rhine basin. After the input data of t...
Due to global warming, the hydrologic behavior of the Rhine basin is expected to shift from a combin...
Due to global warming, the hydrologic behavior of the Rhine basin is expected to shift from a combin...
Because of global warming, the hydrologic behavior of the Rhine basin is expected to shift from a co...
Because of global warming, the hydrologic behavior of the Rhine basin is expected to shift from a co...
Climate change will increase winter precipitation, and in combination with earlier snowmelt it will ...
Due to the growing wish and necessity to simulate the possible effects of climate change on the disc...
Due to the growing wish and necessity to simulate the possible effects of climate change on the disc...
The Rhine basin is a very densely populated and industrialized area in Central Europe, therefore, fl...