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Ahmadi, R., Ouali, J., Mercier, E., Mansy, J.L., Van-Vliet Lanoe, B., Launeau, P., Rhekhiss, F. and Rafini, S. (2006) The Geomorphologic Imprints of Hinge Migration in the Fault-Related Folds. A Case Study in Southern Tunisian Atlas. Journal of Structural Geology, 28, 721-728.
http://dx.doi.org/10.1016/j.jsg.2006.01.004

has been cited by the following article:

• TITLE: The Controlling of Deformation Basing on Strain Partitioning Model: Case Study to Gafsa Basin (Southern Tunisian Atlas)

  AUTHORS: Soulef Amamria, Mohamed Sadok Bensalem, Mohamed Ghanmi, Fouad Zargouni

  KEYWORDS: Strain Partitioning, Gafsa Chains, Triassic Decollement Level, Thin and Tick Skinned

  JOURNAL NAME: Journal of Geoscience and Environment Protection, Vol.3 No.1, March 25, 2015

  ABSTRACT: One of the principal parameters to study the tectonics deformation is the relation between the shortening axis and the direction of preexistent principal fault. It is important to verify this parameter in the belts structures. The aim of this contribution is to check this notion in the Atlassic structures, especially in the southern limit of Tunisian Atlas: Gafsa fault. The strain partitioning model proposed in the interpretation of geodynamics of Gafsa chains suggests the coexistence of thrusting and strike-slip faults during the same tectonics phase. The application of this model requires a particular geometry between the shortening axis and the direction of fault, and indeed the obliquity of preexistent faults by the reported shortening axis interprets us a transpressive context. The slickenside examination shows the coexistence of thrusting and strike-slip faults. The application of model of strain partitioning requires a decollement level which is confirmed in the Gafsa basin by the upper level of Triassic series. These parameters confirm a particular relation thin and thick-skinned and the maximum of deformation is cover, although the basement structures permeate simple passive transport of the deformation along the Triassic decollement level. These problems confirm the assumption of the evolution of the shortening axis during geological events and especially the rotation of Africa and Eurasia.