Add to ORKGThe goal of this research is to get a better understanding of the long-term changes of the river profile and bed composition of the Dutch Rhine for the coming 300 years, based on the effects of different changing boundary conditions. The focus is mainly on the following two hydrodynamic boundaries: sea level rise and more extreme discharge
This study analyzes and compares data for interventions (river training works, dredging and nourishm...
Many delta systems worldwide are becoming increasingly urbanized following a variety of processes, i...
The river Rhine is one of the most important rivers in Europe. It can be described as a 1320 km long...
The objective of this thesis is to assess the effects of climate change on the initial, transient an...
Navigation on the river Rhine is of great economic importance for the Netherlands. Low river dischar...
Abstract niet beschikbaarThis report gives the extended summary of the project 'The impact of climat...
The main objective of this research is to improve our understanding of the relative contribution o...
The summer and autumn of 2018 showed the negative effects of both low-flow conditions and bed degrad...
The river Rhine is subject to a multitude of controls imposed by nature and humans. Natural controls...
The Rhine reach comprising the Niederrhein and the Upper Rhine Delta is characterized by a long hist...
The long‐term morphodynamic evolution of estuaries depends on a combination of antecedent topography...
Inland Water Transport (IWT) is one of the modalities for freight transport between the ports of Rot...
Rivers respond to changes in their geometry or their controls in various ways and at a wide range of...
Worldwide, rivers provide important socio-economic and environmental functions and are essential to ...
Fluvial systems are strongly responsive to changes in climate and land use — but take their time to ...
This study analyzes and compares data for interventions (river training works, dredging and nourishm...
Many delta systems worldwide are becoming increasingly urbanized following a variety of processes, i...
The river Rhine is one of the most important rivers in Europe. It can be described as a 1320 km long...
The objective of this thesis is to assess the effects of climate change on the initial, transient an...
Navigation on the river Rhine is of great economic importance for the Netherlands. Low river dischar...
Abstract niet beschikbaarThis report gives the extended summary of the project 'The impact of climat...
The main objective of this research is to improve our understanding of the relative contribution o...
The summer and autumn of 2018 showed the negative effects of both low-flow conditions and bed degrad...
The river Rhine is subject to a multitude of controls imposed by nature and humans. Natural controls...
The Rhine reach comprising the Niederrhein and the Upper Rhine Delta is characterized by a long hist...
The long‐term morphodynamic evolution of estuaries depends on a combination of antecedent topography...
Inland Water Transport (IWT) is one of the modalities for freight transport between the ports of Rot...
Rivers respond to changes in their geometry or their controls in various ways and at a wide range of...
Worldwide, rivers provide important socio-economic and environmental functions and are essential to ...
Fluvial systems are strongly responsive to changes in climate and land use — but take their time to ...
This study analyzes and compares data for interventions (river training works, dredging and nourishm...
Many delta systems worldwide are becoming increasingly urbanized following a variety of processes, i...
The river Rhine is one of the most important rivers in Europe. It can be described as a 1320 km long...