This thesis proposes an original approach to assess multi-decadal changes in the balance between water use and availability in managed river basins. A modeling framework integrating human and hydro-climatic dynamics and accounting for linkages between resource and demand was developed and applied in two basins of different scales and with contrasted water uses: the Herault (2500 km2, France) and the Ebro (85000 km2, Spain) basins. Natural streamflow was evaluated using a conceptual hydrological model, and a demand-driven reservoir management model was designed to account for streamflow regulations from the main dams. Urban, industrial and agricultural water demands were estimated from socio-economic and agronomic and climatic drivers. Envir...
International audienceThis study assesses water stress by 2050 in river basins facing increasing hum...
Climate change requires to adapt management of streamflow extremes (floods and low flows). Our resea...
International audienceClimate warming and evolution water demand for anthropogenic activities are tw...
This thesis proposes an original approach to assess multi-decadal changes in the balance between wat...
This study presents an original method to assess the effectiveness and robustness of measures aimed ...
International audienceThis study presents an original method to assess the effectiveness and robustn...
In this study we present an integrative modeling framework aimed at assessing the balance between wa...
This paper assesses the sustainability of planned water uses in mesoscale river basins under multipl...
La région Méditerranéenne a été identifiée comme l'une des régions les plus vulnérables aux changeme...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]ARCEAU [TR2_IRSTEA]GEUSIThe main objectives of the project have...
International audienceThis paper assesses the sustainability of planned water uses in mesoscale rive...
Assessing water supply sustainability is crucial to meet stakeholders' needs, notably in the Mediter...
International audienceThe Rhône basin and its tributaries are threatened by global change that could...
This paper assesses the sustainability of planned water uses in mesoscale river basins under multipl...
L'évaluation de la capacité à satisfaire la demande en eau est cruciale pour répondre aux attentes d...
International audienceThis study assesses water stress by 2050 in river basins facing increasing hum...
Climate change requires to adapt management of streamflow extremes (floods and low flows). Our resea...
International audienceClimate warming and evolution water demand for anthropogenic activities are tw...
This thesis proposes an original approach to assess multi-decadal changes in the balance between wat...
This study presents an original method to assess the effectiveness and robustness of measures aimed ...
International audienceThis study presents an original method to assess the effectiveness and robustn...
In this study we present an integrative modeling framework aimed at assessing the balance between wa...
This paper assesses the sustainability of planned water uses in mesoscale river basins under multipl...
La région Méditerranéenne a été identifiée comme l'une des régions les plus vulnérables aux changeme...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]ARCEAU [TR2_IRSTEA]GEUSIThe main objectives of the project have...
International audienceThis paper assesses the sustainability of planned water uses in mesoscale rive...
Assessing water supply sustainability is crucial to meet stakeholders' needs, notably in the Mediter...
International audienceThe Rhône basin and its tributaries are threatened by global change that could...
This paper assesses the sustainability of planned water uses in mesoscale river basins under multipl...
L'évaluation de la capacité à satisfaire la demande en eau est cruciale pour répondre aux attentes d...
International audienceThis study assesses water stress by 2050 in river basins facing increasing hum...
Climate change requires to adapt management of streamflow extremes (floods and low flows). Our resea...
International audienceClimate warming and evolution water demand for anthropogenic activities are tw...