Project Details
Projekt
Groundwater salinisation following sea level rise as a societal challenge of climate adapta-tion - The case of North-Western Germany
Subject Area
Hydrogeology, Hydrology, Limnology, Urban Water Management, Water Chemistry, Integrated Water Resources Management
Political Science
Political Science
Term
from 2016 to 2021
Project identifier
Deutsche Forschungsgemeinschaft (DFG) - Project number 313915708
Groundwater salinisation is one of the major problems associated with sea level rise, yet it is a prob-lem which has been overseen for a long time by society and decision makers, as it is a phenomenon that is progressing comparatively slow and its impacts only unfold with a strong delay due to the sluggish nature of sub-surface flow. Hence, it is a problem that may be classified as a creeping catastrophy posing challenges to a better understanding of the problem dimensions as well as for the development of societal responses. It is crucial to understand the vulnerability of groundwater systems to rising sea levels following climate change and to understand the primary factors that determine the magnitude of system response to develop effective management and adaptation strategies in coastal zones. The project will aim at identifying the response of the coastal aquifers along the entire German Bight to sea level rise in the North Sea based on predictions from the SPP SeaLevel. For this purpose, large scale regional numerical variable density groundwater flow and transport modelling will be applied. Moreover, socio-economic consequences of the predicted groundwater salinisation will be investigated in order to assess abatement options. A particular focus will lie on perceptions, knowledge and learning processes of relevant societal actors as well as costs of adaptation options. The objectives of the proposed research are related to the general objectives of the SPP to determine the natural and social coastal systems responses to future sea level change, and to assess strategies to adapt to sea level change under given technical, economic, cultural, social and political constraints.
DFG Programme
Priority Programmes
Co-Investigator
Dr. Janek Greskowiak
