Overutilization of groundwater resources can put their quality under stress. It could be base on rapid declination in groundwater level leading to salt water intrusion in the coastal aquifers. The objective of this study was to map the vulnerability of salt water intrusion of the Urmia Lake, Iran to nearby coastal aquifer (Azarshahr) using GALDIT method. The GALDIT index based on six parameters...

Sea-level rise, in the context of climate change, increases likelihood seawater intruding into coastal aquifers. This study assesses vulnerability Pleistocene aquifer area Ba Ria-Vung Tau province, Vietnam. Data for calculation and analysis were collected from 99 boreholes area. Using assessment index (GALDIT) with expanded weights, to influence coastlines was evaluated visualized a GIS environ...

Owing to population growth and water demand, coastal aquifers all over the world are over–pumped, resulting in serious problems such as saltwater intrusion. So, in these conditions, assessing the groundwater system’s vulnerability and finding areas with saltwater intrusion potential are vital for the better management of aquifers. In this study, AHP-GALDIT was applied to saltwater intrusion vul...

This paper presents the theory and application of a new vulnerability method (RIHM). The is applied on Monastir shallow aquifer system, Tunisia. results have been concluded from other established assessment methods DRASTIC, SINTACS GALDIT. As known, DRASTIC are not designed for seawater intrusion contamination but useful to build model approach assess groundwater intrusion. RIHM parameters afte...