Add to ORKGInternational audienceWithin the research project GLOWA Danube, a groundwater flow model was developed for the Upper Danube basin. This paper reports on a preliminary study to include the alpine part of the catchment in the model. A conceptual model structure was implemented and tested using multi-objective optimisation analysis. The performance of the model and the identifiability of the parameters were studied. A possible over-parameterisation of the model was also tested using principal component analysis
The Water Framework Directive of the European Union requires member states to achieve good ecologica...
International audienceModel coupling requires a thorough conceptualisation of the coupling strategy,...
International audienceHydrological modeling of the Somme river basin situated in the north of France...
Within the research project GLOWA Danube, a groundwater flow model was developed for the Upper Danub...
International audienceHydrological models are the decisive tools to evaluate the effect of global ch...
International audienceJoint modelling of surface and subsurface systems is necessary to assess the q...
Introduction: Pressure on groundwater resources is increasing rapidly by population growth and clima...
International audienceIn the project RIVERTWIN climate, hydrologic, groundwater and water quality mo...
Highly simplified approaches continue to underpin hydrological climate change impact assessments acr...
The water sources located on the inland islands on the left side of the Danube River as well as wate...
International audienceWater balance models provide significant input to integrated models that are u...
Since the last decades in several lowland watersheds of north-east Germany a decreasing runoff combi...
The study area is located in the north-eastern portion of Sibillini Mountains on the Tennacola river...
Abstract. GLOWA (Global Change of the Water Cycle, www.glowa.org), funded by the German Ministry of ...
This paper presents the application of the simulation-optimization approach to optimize groundwater ...
The Water Framework Directive of the European Union requires member states to achieve good ecologica...
International audienceModel coupling requires a thorough conceptualisation of the coupling strategy,...
International audienceHydrological modeling of the Somme river basin situated in the north of France...
Within the research project GLOWA Danube, a groundwater flow model was developed for the Upper Danub...
International audienceHydrological models are the decisive tools to evaluate the effect of global ch...
International audienceJoint modelling of surface and subsurface systems is necessary to assess the q...
Introduction: Pressure on groundwater resources is increasing rapidly by population growth and clima...
International audienceIn the project RIVERTWIN climate, hydrologic, groundwater and water quality mo...
Highly simplified approaches continue to underpin hydrological climate change impact assessments acr...
The water sources located on the inland islands on the left side of the Danube River as well as wate...
International audienceWater balance models provide significant input to integrated models that are u...
Since the last decades in several lowland watersheds of north-east Germany a decreasing runoff combi...
The study area is located in the north-eastern portion of Sibillini Mountains on the Tennacola river...
Abstract. GLOWA (Global Change of the Water Cycle, www.glowa.org), funded by the German Ministry of ...
This paper presents the application of the simulation-optimization approach to optimize groundwater ...
The Water Framework Directive of the European Union requires member states to achieve good ecologica...
International audienceModel coupling requires a thorough conceptualisation of the coupling strategy,...
International audienceHydrological modeling of the Somme river basin situated in the north of France...