peer reviewedThe Meuse river basin is shared by five countries. Climate change in the future decades could either lead to a dryer or a wetter situation. In order to build an adaptation strategy that would cope with both scenarios and that is agreed at the international level, water experts have set-up the AMICE project. Quantifying the flood damages is an important part of this project. It required much negotiation at every intermediary step, from the definition of climate scenarios, to the hydraulic modeling and the agreement on damage functions
International audienceObjectivesClimate changes are now recognized as one of the main issue of the s...
This thesis proposes an original approach to assess multi-decadal changes in the balance between wat...
The impact of climate change on flooding in the river Meuse is assessed on a daily basis using spati...
The AMICE project covers the whole river basin of river Meuse, which extends over parts of France, B...
peer reviewedThe goal of the study presented in the paper consists in understanding the vulnerabilit...
Le changement climatique requiert une adaptation de la gestion des extrêmes hydrologiques (crues et ...
peer reviewedOpportunities for updating and optimizing current operating rules are being evaluated f...
Climate change requires to adapt management of streamflow extremes (floods and low flows). Our resea...
International audienceAs a part of the effort to scientifically inform the development of the adapta...
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...
Global climate change is likely to increase temperatures, change precipitation patterns and probably...
Abstract: How good should a river basin model be to assess the impact of climate change on river flo...
Climate change in Western Europe is projected to result in more humid winters and drier summers. Fur...
Amice Project Interreg IVBAdaptation of the Meuse to the impact of Climate evolutio
International audienceObjectivesClimate changes are now recognized as one of the main issue of the s...
This thesis proposes an original approach to assess multi-decadal changes in the balance between wat...
The impact of climate change on flooding in the river Meuse is assessed on a daily basis using spati...
The AMICE project covers the whole river basin of river Meuse, which extends over parts of France, B...
peer reviewedThe goal of the study presented in the paper consists in understanding the vulnerabilit...
Le changement climatique requiert une adaptation de la gestion des extrêmes hydrologiques (crues et ...
peer reviewedOpportunities for updating and optimizing current operating rules are being evaluated f...
Climate change requires to adapt management of streamflow extremes (floods and low flows). Our resea...
International audienceAs a part of the effort to scientifically inform the development of the adapta...
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...
Global climate change is likely to increase temperatures, change precipitation patterns and probably...
Abstract: How good should a river basin model be to assess the impact of climate change on river flo...
Climate change in Western Europe is projected to result in more humid winters and drier summers. Fur...
Amice Project Interreg IVBAdaptation of the Meuse to the impact of Climate evolutio
International audienceObjectivesClimate changes are now recognized as one of the main issue of the s...
This thesis proposes an original approach to assess multi-decadal changes in the balance between wat...
The impact of climate change on flooding in the river Meuse is assessed on a daily basis using spati...