Abstract. The paper deals with hydrometeorological aspects of flood events occurred in the Meuse River in December 1993 and January-February 1995 and describes the critical situation along the dikes of the Rhine River in early 1995. These events originated mainly due to widespread intense rainfall and wet antecedent conditions. A number of research topics are considered. They include, the multisite daily rainfall generation and probability distribution of n-days totals, long term variations of seasonal rainfalls and their climatic implications, which are related to the Rhine and Meuse rivers, with emphasis on the design discharges for river dike construction and maintenance in the Netherlands
Quantifying how changes in land use affect the hydrological response at the river basin scale is a c...
After the floods of 1993 and 1995 in the Rhine basin, the ICPR Action Plan on Flood Defence (ICPR, 1...
Quantifying how changes in land use affect the hydrological response at the river basin scale is a c...
The rivers Rhine and Meuse fulfill important functions in the water supply of The Netherlands. Globa...
This paper focuses on the causes and impacts of flood events between 1400 and 1953 in the estuaries ...
Major flooding occurred on the Meuse River in 1993, 1995 and 2021, causing significant damage to reg...
Climate change increases flood probabilities in the Rhine river basin, which complicates long-term f...
The River Rhine has its source in the glaciers of the Swiss mountains and eventually flows to the fl...
A new methodology has been proposed to provide a better physical basis for the estimation of design ...
Climate change is expected to significantly affect flooding regimes of river systems in the future. ...
The Belgian Meuse is a river with a relatively low flood risk. The floodplains are narrow, and the e...
The Geul river, a tributary of the Meuse located in the south Netherlands, Belgium, and part of Germ...
Climate change is expected to cause higher discharge levels in the river Rhine at the Dutch-German b...
As a consequence of climate change, several studies concluded that winter flood occurrence could inc...
The river Meuse is the second largest river in the Netherlands and is characterized by strong variat...
Quantifying how changes in land use affect the hydrological response at the river basin scale is a c...
After the floods of 1993 and 1995 in the Rhine basin, the ICPR Action Plan on Flood Defence (ICPR, 1...
Quantifying how changes in land use affect the hydrological response at the river basin scale is a c...
The rivers Rhine and Meuse fulfill important functions in the water supply of The Netherlands. Globa...
This paper focuses on the causes and impacts of flood events between 1400 and 1953 in the estuaries ...
Major flooding occurred on the Meuse River in 1993, 1995 and 2021, causing significant damage to reg...
Climate change increases flood probabilities in the Rhine river basin, which complicates long-term f...
The River Rhine has its source in the glaciers of the Swiss mountains and eventually flows to the fl...
A new methodology has been proposed to provide a better physical basis for the estimation of design ...
Climate change is expected to significantly affect flooding regimes of river systems in the future. ...
The Belgian Meuse is a river with a relatively low flood risk. The floodplains are narrow, and the e...
The Geul river, a tributary of the Meuse located in the south Netherlands, Belgium, and part of Germ...
Climate change is expected to cause higher discharge levels in the river Rhine at the Dutch-German b...
As a consequence of climate change, several studies concluded that winter flood occurrence could inc...
The river Meuse is the second largest river in the Netherlands and is characterized by strong variat...
Quantifying how changes in land use affect the hydrological response at the river basin scale is a c...
After the floods of 1993 and 1995 in the Rhine basin, the ICPR Action Plan on Flood Defence (ICPR, 1...
Quantifying how changes in land use affect the hydrological response at the river basin scale is a c...