An overview is presented of the research activities conducted by several AquaTerra work packages (BASIN, TREND, FLUX, BIOGEOCHEM) in the Meuse basin, with the emphasis on two specific sites: the Walloon region and the Dommel catchment. The preliminary results and the relevance for management issues are presented. Furthermore, the progress in the formation of a stakeholder group and the organisation of a workshop with these stakeholders is reported.AquaTerra - Integrated Modelling of the river-sediment-soil-groundwater system; advanced tools for the management of catchment areas and river basins in the context of global chang
EDITOR'S NOTE: This is 1 of 12 papers prepared by participants attending the workshop ¿Risk Assessme...
International audienceCentral Europe, the focus region of this study, is a region in transition, cli...
The pressure on water resources is continuously increasing in Europe. If a great deal of scientific ...
The work plan for the period Month 25 – 42 is presented in this deliverable. The activities foreseen...
The EU-LIFE Dommel project aims at the development of methods for the combined use of landscape eco...
peer reviewedThe Meuse is an international river that has been used by man for centuries and it is s...
Recent flood events in western Europe have shown the need for improved flood risk management along t...
During the three first months of the AQUATERRA project, the Group of Hydrogeology and Environmental...
Article Outline Acknowledgements References The EU Water Framework Directive (WFD) by the European C...
Several local groundwater studies within the EU project AquaTerra in the Basins of the Meuse, Elbe ...
The aim of this deliverable is to address the impact of hydromorphological degradation on floodplain...
The catchment of the Meuse River measures 34,347 km2 and is shared by France, Belgium, the Netherlan...
The main aim of this report is to review existing information on key taxa or functional groups ident...
The PEGASE Model has been applied at the entire International River Basin District of the Meuse. The...
In the framework of Workpackage BASIN R3 Meuse, the Hydrology Group of the University of Liège (Belg...
EDITOR'S NOTE: This is 1 of 12 papers prepared by participants attending the workshop ¿Risk Assessme...
International audienceCentral Europe, the focus region of this study, is a region in transition, cli...
The pressure on water resources is continuously increasing in Europe. If a great deal of scientific ...
The work plan for the period Month 25 – 42 is presented in this deliverable. The activities foreseen...
The EU-LIFE Dommel project aims at the development of methods for the combined use of landscape eco...
peer reviewedThe Meuse is an international river that has been used by man for centuries and it is s...
Recent flood events in western Europe have shown the need for improved flood risk management along t...
During the three first months of the AQUATERRA project, the Group of Hydrogeology and Environmental...
Article Outline Acknowledgements References The EU Water Framework Directive (WFD) by the European C...
Several local groundwater studies within the EU project AquaTerra in the Basins of the Meuse, Elbe ...
The aim of this deliverable is to address the impact of hydromorphological degradation on floodplain...
The catchment of the Meuse River measures 34,347 km2 and is shared by France, Belgium, the Netherlan...
The main aim of this report is to review existing information on key taxa or functional groups ident...
The PEGASE Model has been applied at the entire International River Basin District of the Meuse. The...
In the framework of Workpackage BASIN R3 Meuse, the Hydrology Group of the University of Liège (Belg...
EDITOR'S NOTE: This is 1 of 12 papers prepared by participants attending the workshop ¿Risk Assessme...
International audienceCentral Europe, the focus region of this study, is a region in transition, cli...
The pressure on water resources is continuously increasing in Europe. If a great deal of scientific ...