Seawater intrusion (SWI) problem is encountered in almost all coastal aquifers around the
globe, however with different intrusion degrees based on multiple geological, hydrological …

Submarine groundwater discharge (SGD) is an important component of the local and
regional hydrologic cycles, affecting coastal water quality and ecology. However, the …

Subsurface dam is a technically feasible and widely used solution to prevent seawater
intrusion (SWI) in coastal areas. The effectiveness of subsurface dams and the related …

Subsurface physical barriers have been effectively used to mitigate seawater intrusion
(SWI). Traditionally, the primary emphasis in both numerical studies and practical …

Managed aquifer recharge (MAR) using artificial freshwater recharge from infiltration basins
or injection wells is an effective method to control seawater intrusion. The effect of oceanic …

Subsurface barriers have been proposed to protect coastal aquifers from sea-level rise
induced seawater intrusion, but the potential for groundwater emergence near subsurface …

Countermeasures against seawater intrusion (SWI) are critical to prevent coastal
groundwater resources from deterioration. Subsurface dams have been recognized as one …

Cutoff walls have been widely used to prevent seawater intrusion (SWI) in coastal regions.
Previous studies generally concluded that the ability of cutoff walls to prevent seawater …

Seawater intrusion (SWI) stands as a significant challenge impacting coastal aquifers
worldwide. The emergence of SWI is a natural phenomenon owing to the density difference …

Subsurface dams are effective for seawater intrusion mitigation, yet they can cause
upstream nitrate accumulation. This research examines the interplay between subsurface …