<p style="margin: 0cm 0cm 10pt;">Sediment management measures are becoming increasingly popular as they are considered sustainable from both economic and environmental point of view. For example, aimed at counteracting river bed degradation, sediment nourishments have been carried out in the German reaches of the Rhine river while a nourishment pilot study has recently taken place at the Dutch Rhine and a nourishment project has been scheduled for the Danube by the Austrian water management authorities. Moreover, sediment management measures are implemented in various ecological restoration projects (e.g. Trinity river in U.S. and Nunome river in Japan) as sediments and their characteristics form the habitats of the biota, a...
International audienceAdding artificially bed material to the channel—a practice termed sediment aug...
The Waal Branch of the Rhine River has eroded over the last 150 years following channel straightenin...
International audienceHow research interacts with applications in river management and restoration i...
Sediment management measures are becoming increasingly popular as they are considered sustainable ...
The river Rhine is one of the most important rivers in Europe. It can be described as a 1320 km long...
The main objective of this research is to improve our understanding of the relative contribution o...
International audienceOver the last two centuries, rivers have been strongly regulated, inducing not...
The summer and autumn of 2018 showed the negative effects of both low-flow conditions and bed degrad...
The River Rother, West Sussex, is suffering from excess sediment which is smothering the river bed g...
Even in the past, the protection of individual waters and river systems, as well as the protection o...
Worldwide, many rivers are affected by various river engineering measures and exhibit ecological def...
Sediment management of alpine rivers is crucial to ensure sustainable hydropower production. Dams in...
The catchment of the Meuse River measures 34,347 km2 and is shared by France, Belgium, the Netherlan...
The world is composed of various river basins. Within a specific river basin, water and sediment dyn...
International audienceAdding artificially bed material to the channel—a practice termed sediment aug...
The Waal Branch of the Rhine River has eroded over the last 150 years following channel straightenin...
International audienceHow research interacts with applications in river management and restoration i...
Sediment management measures are becoming increasingly popular as they are considered sustainable ...
The river Rhine is one of the most important rivers in Europe. It can be described as a 1320 km long...
The main objective of this research is to improve our understanding of the relative contribution o...
International audienceOver the last two centuries, rivers have been strongly regulated, inducing not...
The summer and autumn of 2018 showed the negative effects of both low-flow conditions and bed degrad...
The River Rother, West Sussex, is suffering from excess sediment which is smothering the river bed g...
Even in the past, the protection of individual waters and river systems, as well as the protection o...
Worldwide, many rivers are affected by various river engineering measures and exhibit ecological def...
Sediment management of alpine rivers is crucial to ensure sustainable hydropower production. Dams in...
The catchment of the Meuse River measures 34,347 km2 and is shared by France, Belgium, the Netherlan...
The world is composed of various river basins. Within a specific river basin, water and sediment dyn...
International audienceAdding artificially bed material to the channel—a practice termed sediment aug...
The Waal Branch of the Rhine River has eroded over the last 150 years following channel straightenin...
International audienceHow research interacts with applications in river management and restoration i...