Climate change requires to adapt management of streamflow extremes (floods and low flows). Our researches provide a framework to analyze climate change effect on the streamflow extremes in the transnational Meuse river basin, through a modelling chain (atmospheric model – hydrological model – hydraulic model) linking the pressure gradient force to the flow at the outlet of a basin. The climate forcing is obtained by blending historical data and multi-model data for the CMIP5 experience.By forcing two sub-basins of the Meuse river (located in France and Belgium) with the potential climate variability, we show that flood and low flows indices as well as river overflowing might be strongly impacted by the anthropogenic climate change. This ana...
The Meuse is an important rain-fed river in North-Western Europe. Nine million people live in its ca...
Research on climate change and its impacts on hydrology are increasingly important nowadays. AMICE p...
This thesis proposes an original approach to assess multi-decadal changes in the balance between wat...
Climate change requires to adapt management of streamflow extremes (floods and low flows). Our resea...
Climate change requires to adapt management of streamflow extremes (floods and low flows). Our resea...
Le changement climatique requiert une adaptation de la gestion des extrêmes hydrologiques (crues et ...
International audienceStudy of the future impact of climate change on streamflow at the outlet of a ...
International audienceObjectivesClimate changes are now recognized as one of the main issue of the s...
peer reviewedThe Meuse river basin is shared by five countries. Climate change in the future decades...
International audienceAs a part of the effort to scientifically inform the development of the adapta...
In this study we focus our attention on the climate change impacts on the hydrological balance in Be...
The potential climate change impacts on hydrological extremes (floods and low flows) have been inves...
The Meuse is an important rain-fed river in North-Western Europe. Nine million people live in its ca...
peer reviewedAs a part of the effort to scientifically inform the development of the adaptation stra...
This study has been conducted in the framework of the European AMICE (Adaptation of the Meuse to the...
The Meuse is an important rain-fed river in North-Western Europe. Nine million people live in its ca...
Research on climate change and its impacts on hydrology are increasingly important nowadays. AMICE p...
This thesis proposes an original approach to assess multi-decadal changes in the balance between wat...
Climate change requires to adapt management of streamflow extremes (floods and low flows). Our resea...
Climate change requires to adapt management of streamflow extremes (floods and low flows). Our resea...
Le changement climatique requiert une adaptation de la gestion des extrêmes hydrologiques (crues et ...
International audienceStudy of the future impact of climate change on streamflow at the outlet of a ...
International audienceObjectivesClimate changes are now recognized as one of the main issue of the s...
peer reviewedThe Meuse river basin is shared by five countries. Climate change in the future decades...
International audienceAs a part of the effort to scientifically inform the development of the adapta...
In this study we focus our attention on the climate change impacts on the hydrological balance in Be...
The potential climate change impacts on hydrological extremes (floods and low flows) have been inves...
The Meuse is an important rain-fed river in North-Western Europe. Nine million people live in its ca...
peer reviewedAs a part of the effort to scientifically inform the development of the adaptation stra...
This study has been conducted in the framework of the European AMICE (Adaptation of the Meuse to the...
The Meuse is an important rain-fed river in North-Western Europe. Nine million people live in its ca...
Research on climate change and its impacts on hydrology are increasingly important nowadays. AMICE p...
This thesis proposes an original approach to assess multi-decadal changes in the balance between wat...