Abstract Oligocene and Mio-Plio-Quaternary siliciclastic deposits constitute the most
important deep aquifers of the Kairouanai-Sahel region. Considering the over-exploitation …

With water table drop, managers got extremely concerned about the future of the
groundwater resources sustainability of the Sisseb El Alem Nadhour Saouaf aquifer (SANS) …

In the Mediterranean region, the Miocene is a rather particular tectonic, eustatic and climatic
epoch. In Tunisia, the complex distribution of the sedimentary sequences has been …

Abstract In the Sisseb El Alem Nadhour Saouaf basin (SANS), as in all other arid regions,
surface water is scarce and groundwater is the greatest most important source of water for …

Résumé Durant le Miocène, le domaine atlasopélagien est soumis à un régime distensif et
compressif évolutif, résultant des systèmes de subduction–collision dus à la convergence …

Abstract The Sisseb El Alem-Enfidha basin is located in the northeastern Tunisia, It is
borded by Nadhour–Saouaf syncline to the north, Kairouan plain to the south, the …

Abstract The Nadhour-Sisseb-El Alem basin, in the central-eastern part of Tunisia, is
characterized by the scarcity of surface and subsurface water resources. Although the …

In the Halk el Menzel area, the proximal-to pelagic platform transition and related tectonic
events during the Upper Cretaceous–Lower Miocene have not been taken into adequate …

The sequence stratigraphy of the Lutetian–Langhian series in the Gulf of Gabes basin was
defined using cuttings from 50 wells, wireline logs, biostratigraphic data and seismic data …

The determination of the hydraulic work effect on the groundwater resource in the Nadhour-
Sisseb-El Alem region is demonstrated using hydrochemical data. In fact, it is determined …