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Chokri Jallouli

Professor

Professor

كليات العلوم
Department of Geology and Geophysics, Building-4, Ground Floor, Office GB 65
المنشورات
مقال فى مجلة
2017

New overview of the neotectonic and seismotectonic studies in Tunisian domains

Sinda-Gaieb-and-Chokri-Jallouli, . 2017

The Tunisian domain is formed following the convergence between Nubia and Eurasia which is responsible for folding and still active faulting. We used 62 earthquake focal mechanisms to constrain the present stress field of the Tunisian domain. The results show that the tectonic regime is compressional with a dominant direction NW-SE maximum horizontal principal stress direction. The focal depth distribution indicates that Northern Tunisia is an area of convergence with a thin crust and a shallow Moho. However, in the central and southern Atlas, the presence of focal mechanisms with strike-slip faulting shows that this zone is a deep seismogenic area with a thick crust.These results are consistent with the neotectonic and seismotectonic stress field determined by other studies. The neotectonic deformations of Tunisia are like the past deformations guided by the convergence between the African and the Eurasian plates.

رقم المجلد
10
رقم الانشاء
22
مجلة/صحيفة
Arabian Journal of Geosciences
الصفحات
506-517
مزيد من المنشورات
publications

This study aims to synthesize seismic observations with gravity and magnetic data and to suggest a new scenario
on the development of the Harrat Lunayyir (HL) tectonic system on the eastern…

بواسطة Ali K Abdelfattah, Chokri Jallouli, Mohamed Fnais, Saleh Qaysi, Hassan Alzahrani, Saad Mogren
2021
تم النشر فى:
Springer Berlin Heidelberg
publications

The Eastern flank of the Red sea represents an uplifted Precambrian basement that is known as the
Arabian Shield. Different tectonic events were activated since the collisions among…

بواسطة Chokri Jallouli, Ali K Abdelfattah, Mahmoud M El-Waheidi, Saad Mogren, Saleh Alqaysi, Hassan Alzahrani
2023
تم النشر فى:
ELSEVIER
publications

Rock and soil sample geochemical analysis was conducted to investigate the extent and causes of soil contamination in the Gulf of Aqaba region in NW Saudi Arabia.

2021