Many tasks in applied geosciences cannot be solved by single measurements, but require
the integration of geophysical, geotechnical and hydrological methods. Numerical …

Worldwide, aquifers in low‐lying coastal areas are threatened by saltwater occurrence, as a
result of small head gradients, high groundwater abstraction rates, and drain management …

Groundwater abstraction from coastal aquifers is vulnerable to climate change and sea level
rise because both may potentially impact saltwater intrusion and hence groundwater quality …

The fresh groundwater lenses (FGLs) of small islands can be highly vulnerable to climate
change impacts, including sea‐level rise (SLR). Many real cases of atoll or sandy islands …

Seawater intrusion (SWI) is a major environmental threat to groundwater resources in
coastal regions. GALDIT is an index-based SWI vulnerability model that is increasingly …

Coastal groundwater reserves often reflect a complex evolution of marine transgressions
and regressions, and are only rarely in equilibrium with current boundary conditions …

Groundwater abstraction and drainage are considered to be the main drivers for the
salinization of low‐lying coastal groundwater systems, while the role of past boundary …

Seawater intrusion has often resulted in scarce fresh groundwater resources in coastal
lowlands. Careful management is essential to avoid the overexploitation of these vulnerable …

Understanding the fresh groundwater lens (FGL) behavior and potential threat of climatic-
induced seawater intrusion (SWI) are significant for the future water resources management …

Three-dimensional transient groundwater flow and saltwater transport models were
constructed to assess the impacts of groundwater abstraction and climate change on the …