Detailed gravity data integrated with geological data and mining well data are analysed to
constrain the shape of the Triassic evaporitic body at Jebel El Mourra (northern Tunisian …

Detailed gravity measurements integrated with geological data were computed to constrain
the mechanisms that were active during the emplacement of the Triassic evaporite‐bearing …

Detailed gravity data were analyzed to constrain two controversial geological models of
evaporitic structures within the Triassic diapiric zone (Triassic massifs of Jebel Debadib and …

Integrated gravity, two dimensional (2D) seismic and field data (lithostratigraphy and tectonic
deformations) help to understand the structural setting of the Triassic evaporites in the Atlas …

Detailed gravity data in conjunction with available surface geology are analyzed to infer the
organization of the underlying structures in Jendouba area. Gravity data analysis benefits …

Triassic outcrops in the Atlassic zone of northern Tunisia may be modelled in two ways: salt
bodies piercing through Cretaceous terrains or Triassic salt flows stratified within an Albian …

Triassic salt structures which are interesting for hydrocarbon exploration are widespread in
northern Tunisia. A good knowledge of these structures' evolution and geometry is required …

Jallouli et al.(2005) are to be congratulated on their use of gravity measurements, edge
enhancement of Bouger anomalies, and 2.5 D forward modelling of geologically realistic …

Gravity and seismic are two distinctive geophysical methods which are used combined in
integrated geophysical studies. The rationale behind this integration is to construct a 3D …

A comprehensive study, integrating gravity, magnetic and seismic reflection data, has been
used to resolve the complex Triassic salt body geometry and evolution in central Tunisia …