Tunisia is enriched by many natural resources (natural water and geothermal water) that are located along the South to the North. This paper aims mainly to evaluate the resources water potential. The available remote sensing images for two typical examples (SE Jeffara basin and Utique basin) are analyzed and many seismic profiles are interpreted to delineate the surface and subsurface structures. The 3-D structures of Mio-Plio-Quaternary and Upper Cretaceous aquifers in South-East of Jeffara basin show an important reservoirs of water resources. The Upper Cretaceous aquifer "Complexe Terminal" is one of the most typical examples of exploitation features in hydrogeological research. It is formed by fractured limestones
Integrated gravity, two dimensional (2D) seismic and field data (lithostratigraphy and tectonic defo...
The Southern Chotts and Jeffara Basins are situated within the Saharan Domain of Central Tunisia, No...
International audienceBetter constrain the geological geometries in 3 dimensions aids to improve sub...
A detailed mapping of the lateral and the vertical extension of the Upper Cretaceous units which con...
To infer the hydro-geological features of an area wide about 1450 square km in the Saharan Platform ...
In arid and semi-arid regions, the groundwater overexploitation caused drawdown in piezometric level...
International audienceStudy region: " Jeffara de Medenine " aquifer system in southeastern Tunisia. ...
The Zeramdine and Mandia-jebeniana blocks are located in the Sahel region in east-central Tunisia. A...
Copyright © 2013 Khemiri Sami et al. This is an open access article distributed under the Creative C...
The objective and the main contribution of this issue are dedicated to using subsurface data to deli...
The subsurface data are a basic requirement for the set up of hydrogeological framework. Geographic ...
Study region: “Jeffara de Medenine” aquifer system in south-eastern Tunisia. Study focus: This study...
The Jeffara Plain, in Medenine region (SE Tunisia), suffers of dry climatic conditions. Lower Triass...
Gravity data were analyzed to determine the structural development of the northern boundary of the G...
Groundwater is a key component for the development of semi-arid areas where surface water resources ...
Integrated gravity, two dimensional (2D) seismic and field data (lithostratigraphy and tectonic defo...
The Southern Chotts and Jeffara Basins are situated within the Saharan Domain of Central Tunisia, No...
International audienceBetter constrain the geological geometries in 3 dimensions aids to improve sub...
A detailed mapping of the lateral and the vertical extension of the Upper Cretaceous units which con...
To infer the hydro-geological features of an area wide about 1450 square km in the Saharan Platform ...
In arid and semi-arid regions, the groundwater overexploitation caused drawdown in piezometric level...
International audienceStudy region: " Jeffara de Medenine " aquifer system in southeastern Tunisia. ...
The Zeramdine and Mandia-jebeniana blocks are located in the Sahel region in east-central Tunisia. A...
Copyright © 2013 Khemiri Sami et al. This is an open access article distributed under the Creative C...
The objective and the main contribution of this issue are dedicated to using subsurface data to deli...
The subsurface data are a basic requirement for the set up of hydrogeological framework. Geographic ...
Study region: “Jeffara de Medenine” aquifer system in south-eastern Tunisia. Study focus: This study...
The Jeffara Plain, in Medenine region (SE Tunisia), suffers of dry climatic conditions. Lower Triass...
Gravity data were analyzed to determine the structural development of the northern boundary of the G...
Groundwater is a key component for the development of semi-arid areas where surface water resources ...
Integrated gravity, two dimensional (2D) seismic and field data (lithostratigraphy and tectonic defo...
The Southern Chotts and Jeffara Basins are situated within the Saharan Domain of Central Tunisia, No...
International audienceBetter constrain the geological geometries in 3 dimensions aids to improve sub...