The structure of the southern Atlas fold-and-thrust belt of Tunisia was investigated using new
geologic map**, seismic reflection data together with the construction of a balanced cross …

We present a regional-residual separation procedure for potential field data (gravity or
magnetic) based on the integration of least-squares polynomial, power density spectrum …

Structural analysis of the southern Tunisian Atlas was carried out using field observation,
seismic interpretation, and cross section balancing. It shows a mix of thick‐skinned and thin …

The Jeffara basin of southern Tunisia contains a thick sequence of mainly Triassic and
Permian sediments that is characterized by a gravity maximum. To explain the positive …

Chemical and isotopic indicators were used to recognize the origin of hydrothermal
groundwater, to assess the mineralization processes and groundwater quality, to identify the …

The geodynamic evolution of the Southern Tethyan Margin of Tunisia is investigated using
geophysical studies. Analysis of gravity and seismic reflection data in the Maghrebian …

At the North of the old African continent, craton and shields having more than two billion
years, Tunisia, Algeria and northern Morocco underwent a complex geodynamic and …

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 …

Groundwater resources of the Sidi Bouzid basin (central Tunisia) are hydrogeologically and
economically important. This importance is restrained by the complex and poorly understood …

A structural and geodynamic evolution of central Tunisia is constructed from field studies
and geophysical data within the Tunisian Atlassic domain. Bouguer gravity and horizontal …