Climate change will result in rising sea level and, at least for the North Sea region, in rising groundwater table. This leads to a new balance at the fresh–saline groundwater boundary and a new distribution of saltwater intrusions with strong regional differentiations. These effects are investigated in several research projects funded by the European Union and the German Federal Ministry of Education and Research (BMBF). Objectives and some results from the projects TOPSOIL and go-CAM are presented in this poster
Salt water intrusion is investigated in a coastal groundwater system in the northern part of the pro...
A major problem of sustaining freshwater supply from freshwater lens is the invasion of saline groun...
Salinization of the upper aquifer of the northern Elbe-Weser region almost extends to the surface. C...
Climate change will result in rising sea level and, at least for the North Sea region, in rising gro...
Climate change in combination with increased anthropogenic activities will affect coastal groundwate...
Hydrogeological research in coastal areas has gained considerable attention over the last decades du...
In the European TOPSOIL project, countries around the North Sea are searching for solutions for clim...
Geophysical techniques are increasingly being used as tools for characterising the subsurface, and t...
Presence or saline or brackish water in the groundwater system can make lowland areas like polders, ...
The Province of Friesland is conducting a study on possible future changes in the surface water and ...
A numerical, density dependent groundwater model is set up for the North Sea Island of Borkum to est...
The Fens is a region that contributes 11% of the agri-food economy from just 4% of the agricultural ...
Seawater intrusion has brought a great deal of attention globally with the worsening effect of risin...
Salinization is a well‐known problem in agricultural areas worldwide. In the last 20–30 yr, rising s...
In this study, interdisciplinary approaches are considered to characterize the coastal zone aquifer ...
Salt water intrusion is investigated in a coastal groundwater system in the northern part of the pro...
A major problem of sustaining freshwater supply from freshwater lens is the invasion of saline groun...
Salinization of the upper aquifer of the northern Elbe-Weser region almost extends to the surface. C...
Climate change will result in rising sea level and, at least for the North Sea region, in rising gro...
Climate change in combination with increased anthropogenic activities will affect coastal groundwate...
Hydrogeological research in coastal areas has gained considerable attention over the last decades du...
In the European TOPSOIL project, countries around the North Sea are searching for solutions for clim...
Geophysical techniques are increasingly being used as tools for characterising the subsurface, and t...
Presence or saline or brackish water in the groundwater system can make lowland areas like polders, ...
The Province of Friesland is conducting a study on possible future changes in the surface water and ...
A numerical, density dependent groundwater model is set up for the North Sea Island of Borkum to est...
The Fens is a region that contributes 11% of the agri-food economy from just 4% of the agricultural ...
Seawater intrusion has brought a great deal of attention globally with the worsening effect of risin...
Salinization is a well‐known problem in agricultural areas worldwide. In the last 20–30 yr, rising s...
In this study, interdisciplinary approaches are considered to characterize the coastal zone aquifer ...
Salt water intrusion is investigated in a coastal groundwater system in the northern part of the pro...
A major problem of sustaining freshwater supply from freshwater lens is the invasion of saline groun...
Salinization of the upper aquifer of the northern Elbe-Weser region almost extends to the surface. C...