DANUBIA was developed with the aim to minimize external calibration and thereby maximize predictive capabilities. Among other modules, DANUBIA couples physically-based hydrological, hydraulic and groundwater flow models with a stochastic procedure to derive a long-term time series of synthetic future climate data from measured historical records. The stochastic climate generator was applied to the 77 000 k
Climate change impact assessment is crucial for strategic planning in many areas, including water ma...
Abstract: The GLOWA-Danube project has the objective to develop, to apply and to exploit integrative...
In order to account for complex interactions between humans climate and the water cycle, the researc...
Within the GLOWA initiative of the German Ministry of Research and Education, the research project ‘...
Global Climate Change will have regional impacts on the water resources and will force water resourc...
The soil root zone of the land surface provides plants with water for transpiration and therefore b...
A sophisticated transient weather generator (WG) in combination with an integrated surface-subsurfac...
Global warming associated with greenhouse emissions will modify the availability of water resources ...
Climate change will bring new pressure on surface and groundwater resources (e.g. Allen et al., 2004...
Abstract. GLOWA (Global Change of the Water Cycle, www.glowa.org), funded by the German Ministry of ...
Several studies have highlighted the potential negative impact of climate change on groundwater rese...
Information about the potential impacts of climate change on river runoff is needed to prepare effic...
Future risks for groundwater resources, due to global change are usually analyzed bydriving hydrolog...
Groundwater is a precious resource that depends directly by the climate regime. The South East Europ...
Climate change affects the hydrological cycle of river basins and strongly impacts water resource av...
Climate change impact assessment is crucial for strategic planning in many areas, including water ma...
Abstract: The GLOWA-Danube project has the objective to develop, to apply and to exploit integrative...
In order to account for complex interactions between humans climate and the water cycle, the researc...
Within the GLOWA initiative of the German Ministry of Research and Education, the research project ‘...
Global Climate Change will have regional impacts on the water resources and will force water resourc...
The soil root zone of the land surface provides plants with water for transpiration and therefore b...
A sophisticated transient weather generator (WG) in combination with an integrated surface-subsurfac...
Global warming associated with greenhouse emissions will modify the availability of water resources ...
Climate change will bring new pressure on surface and groundwater resources (e.g. Allen et al., 2004...
Abstract. GLOWA (Global Change of the Water Cycle, www.glowa.org), funded by the German Ministry of ...
Several studies have highlighted the potential negative impact of climate change on groundwater rese...
Information about the potential impacts of climate change on river runoff is needed to prepare effic...
Future risks for groundwater resources, due to global change are usually analyzed bydriving hydrolog...
Groundwater is a precious resource that depends directly by the climate regime. The South East Europ...
Climate change affects the hydrological cycle of river basins and strongly impacts water resource av...
Climate change impact assessment is crucial for strategic planning in many areas, including water ma...
Abstract: The GLOWA-Danube project has the objective to develop, to apply and to exploit integrative...
In order to account for complex interactions between humans climate and the water cycle, the researc...