With the progressive evolution of industrial sector, agricultural, urbanization, population and
drinking water supply, the water demand continuously increases which necessitates the …

In the last decades, anthropogenic activities (eg, intense agricultural activity, over-
exploitation of water and petroleum resources, surface and groundwater contamination) …

In southern Tunisia, the lack of permanent surface water, associated with drought conditions,
leads to an endless abstraction from the limited low renewable multi-layered aquifer system …

In Gabès region (southeastern Tunisia), given the semi-arid to arid climate conditions,
groundwater is an essential resource to supply the growth needs of the socio-economic …

The hydrodynamic of the multi-aquifer system (the Continental Intercalaire “CI” and the
Complex Terminal “CT”) of the North Gafsa basin is largely determined by tectonics …

The suitability of groundwater for drinking and irrigation purposes is potentially disturbed by
a variety of factors, including climate change, salinization and risky agricultural practices …

In southern Tunisia especially in Gabes region, irrigated agriculture is the major economic
sector. The intensive exploitation of groundwater have been gradually rising, leading the …

Southwestern Tunisia is known for its high-quality date palm production. The agricultural
activity supports the social and economic pressure. Considering prolonged drought …

In the Kebili region of southern Tunisia, there is increasing demand of water from the Lower
Cretaceous Continental Intercalaire (CI) aquifer and the Upper Cretaceous-Miocene …

Groundwater management is crucial, particularly in arid and semi-arid regions, where it is
influenced by the climate and human activities. The Gabès region in southeastern Tunisia is …