In this paper, we visually analyze spatio-temporal patterns of different hydrologic parameters relevant for flooding. On the basis of data from climate simulations with a high resolution regional atmosphere model, several extreme events are selected for different river catchments in Germany. By visually comparing the spatial distribution of the main contributions to the run-off along with their temporal evolution for a time period in the 20th and the 21th century, impacts of climate change on the hydrological cycle can be identified
Climate change will increase winter precipitation, and in combination with earlier snowmelt it will ...
This paper demonstrates a framework for producing probabilistic flood risk estimates, focusing on tw...
Human-induced climate change is already impacting hydrometeorological extremes in every region acros...
In this paper, we visually analyze spatio-temporal patterns of different hydrologic parameters relev...
The climate-flood linkages are explored by analyzing the underlying common climatic spatio-temporal ...
The impact of climate change on flooding in the river Meuse is assessed on a daily basis using spati...
AbstractThe genesis of floods in large river basins often is complex. Streamflow originating from pr...
The question of a possible climatic change and the associated effects on human society is presently ...
The societal and economic losses due to compound extremes, i.e., extreme events often result from on...
Global warming is generally expected to increase the magnitude and frequency of extreme precipitatio...
We used the technique of expanded General Circulation Model (GCM) downscaling to derive time series ...
Abstract: How good should a river basin model be to assess the impact of climate change on river flo...
[1] We analyze changes in flood hazard in Europe by examining extreme discharge levels as simulated ...
We analyze changes in flood hazard in Europe as simulated by the hydrological model LISFLOOD when dr...
Global warming is generally expected to increase the magnitude and frequency of extreme precipitatio...
Climate change will increase winter precipitation, and in combination with earlier snowmelt it will ...
This paper demonstrates a framework for producing probabilistic flood risk estimates, focusing on tw...
Human-induced climate change is already impacting hydrometeorological extremes in every region acros...
In this paper, we visually analyze spatio-temporal patterns of different hydrologic parameters relev...
The climate-flood linkages are explored by analyzing the underlying common climatic spatio-temporal ...
The impact of climate change on flooding in the river Meuse is assessed on a daily basis using spati...
AbstractThe genesis of floods in large river basins often is complex. Streamflow originating from pr...
The question of a possible climatic change and the associated effects on human society is presently ...
The societal and economic losses due to compound extremes, i.e., extreme events often result from on...
Global warming is generally expected to increase the magnitude and frequency of extreme precipitatio...
We used the technique of expanded General Circulation Model (GCM) downscaling to derive time series ...
Abstract: How good should a river basin model be to assess the impact of climate change on river flo...
[1] We analyze changes in flood hazard in Europe by examining extreme discharge levels as simulated ...
We analyze changes in flood hazard in Europe as simulated by the hydrological model LISFLOOD when dr...
Global warming is generally expected to increase the magnitude and frequency of extreme precipitatio...
Climate change will increase winter precipitation, and in combination with earlier snowmelt it will ...
This paper demonstrates a framework for producing probabilistic flood risk estimates, focusing on tw...
Human-induced climate change is already impacting hydrometeorological extremes in every region acros...