In the recent years, the coastal aquifer of Jijel plain (North Algeria) located on the south of
the Mediterranean Sea was utilized for cities growth and agricultural development of the …

This study examined coastal aquifer vulnerability to seawater intrusion (SWI) in the Shiramin
area in northwest Iran. Here, six types of hydrogeological data layers existing in the …

Groundwater salinization is a critical issue in deltaic aquifers, particularly in semi-arid
regions, due to seawater intrusion (SWI) and human activities. Effective Groundwater …

In coastal areas, increasing population and expanding urbanization are triggering
remarkable pressure on groundwater (GW) resources, consequently posing a threat to their …

Groundwater vulnerability maps are crucial for safeguarding groundwater quality. A
research gap exists in using advanced data fusion techniques to identify areas subject to …

Mega-delta aquifers face increasing salinization risks from overexploitation and erratic
climate change globally. This study integrates the GALDIT framework with machine learning …

Aquifer overexploitation in coastal aquifers has led to seawater intrusion that causes severe
salinization effects on the groundwater system. The most widespread method for assessing …

Coastal aquifer vulnerability assessment (CAVA) studies are essential for mitigating the
effects of seawater intrusion (SWI) worldwide. In this research, the vulnerability of the coastal …

DRASTIC is a model that is commonly used to assess vulnerability to groundwater
contamination at the landscape scale. When sparse data are available to populate the …

The inflow of saline water reduces water quality and limits its use as drinking water. The risk
of seawater intrusion into groundwater along the Polish coastline was assessed using two …