This article presents an overview of regional extensional deformation across the north-facing
southern Tethyan continental passive margin of Tunisia during the Aptian and Albian syn-rift …

Satellite remote sensing and GIS-based multi-criteria analysis are used to assess
groundwater availability and potentiality of the fractured limestone aquifer of the Maknassy …

Mineral dust released from the desert region and transported into the atmosphere has a
crucial impact on the Earth's climate system's biogeochemical cycle. It has serious adverse …

The complex geometry and tectonic evolution of the Saharan-Tunisian Southern Atlas strike-
slip fault systems, North Africa, have not been investigated comprehensively to date. This …

Abstract In northern Tunisia, the Cretaceous period is described as a spectacular episode of
soft-sediment deformations exposed for several kilometers. These gravity-driven …

Abstract Bedding-parallel veins,'BPV', are widespread worldwide especially within
sediments of low permeability such as mudstones, marls and evaporitic formations. Gypsum …

Hercynian crustal consolidation of Laurussia and Western Gondwana in the late
Carboniferous was immediately followed by several Permian–Early Cretaceous rift events …

Surface and subsurface data are used to illustrate the halokinetic style, structural evolution
and kinematics of the Lansarine–Baouala salt structure in the Alpine domain of Tunisia. It …

The aquifers under the Jeffara Plain in southeastern Tunisia is a complex aquifer system
consisting of interconnected shallow and deep aquifers within Triassic and younger …

The structural analysis of the Bizerte area in northern Tunisia, utilizing well data and field
observations, reveals a complex arrangement of fold structures characterized by recumbent …