The Simulation Tool for River Management (STORM), based on the River Rhine case, aims to provide insight into river and floodplain management, by (1) raising awareness of river functions, (2) exploring alternative strategies, (3) showing the links between natural processes, spatial planning, engineering interventions, river functions and stakeholder interests, (4) facilitating the debate between different policy makers and stakeholders from across the basin and (5) enhancing co-operation and mutual understanding. The simulation game is built around the new concepts of \u93Room for the River\u94, Flood Retention Areas, Resurrection of former River Channels and \u93Living with the Floods\u94. The Game focuses on the Lower and Middle Rhine fro...
This paper describes a new gaming tool that allows players (e.g. water managers and farmers) to expl...
The Rhine connects the Alps to the North Sea. It is 1232 km long and one of the most important river...
While agglomerations along the Rhine are confronted with the uncertainties of an increasing flood ri...
Dutch river management is in transition from a phase of intervention and implementation to a phase o...
Achieving flood safety norms is central to river management in the Netherlands. Hydrodynamic models ...
Water management of the rivers Rhine and Meuse is surrounded by major uncertainties. The central que...
ABSTRACT: Without flood defences much of the Netherlands would be flooded (from the sea or the river...
Development of a decision support system and analysis of retention options along the lower Rhine riv...
Flood management of the rhine and meuse is surrounded by major uncertainties. The central question i...
The floods and the risk in the Rhine basin can only effectively be reduced if, in addition to techni...
Flood risk (defined as a result of flood probability and potential damage) along Rhine and Meuse riv...
River management of national and regional waterways has become a complex matter involving multiple d...
Recent flood events in western Europe have shown the need for improved flood risk management along t...
An appropriate institutional set up is essential for efficient transboundary flood management in the...
International audienceSince 2000, the European Water Framework Directive has required managers to re...
This paper describes a new gaming tool that allows players (e.g. water managers and farmers) to expl...
The Rhine connects the Alps to the North Sea. It is 1232 km long and one of the most important river...
While agglomerations along the Rhine are confronted with the uncertainties of an increasing flood ri...
Dutch river management is in transition from a phase of intervention and implementation to a phase o...
Achieving flood safety norms is central to river management in the Netherlands. Hydrodynamic models ...
Water management of the rivers Rhine and Meuse is surrounded by major uncertainties. The central que...
ABSTRACT: Without flood defences much of the Netherlands would be flooded (from the sea or the river...
Development of a decision support system and analysis of retention options along the lower Rhine riv...
Flood management of the rhine and meuse is surrounded by major uncertainties. The central question i...
The floods and the risk in the Rhine basin can only effectively be reduced if, in addition to techni...
Flood risk (defined as a result of flood probability and potential damage) along Rhine and Meuse riv...
River management of national and regional waterways has become a complex matter involving multiple d...
Recent flood events in western Europe have shown the need for improved flood risk management along t...
An appropriate institutional set up is essential for efficient transboundary flood management in the...
International audienceSince 2000, the European Water Framework Directive has required managers to re...
This paper describes a new gaming tool that allows players (e.g. water managers and farmers) to expl...
The Rhine connects the Alps to the North Sea. It is 1232 km long and one of the most important river...
While agglomerations along the Rhine are confronted with the uncertainties of an increasing flood ri...