Unrapport de thèse + une carte AOMongolia characterize the transition between compressive structures associated with India-Asia collision and extensive structures from Baykal rift. It suffered, since 1905, four earthquakes with magnitude larger then 8, (Tsetserleg, Bolnay, Fu Yun and Gobi-Altay). Ruptures associated with those earthquakes draw up a parallelogram composed by senestral strike slip faults on an east-west direction and dextral strike slip faults on NNW-SSE direction. Inside this parallelogram, the Hangay dome is associated with normal faults and recent alkaline volcanism. The source history of these two 1905 earthquakes shows a predominating propagation of the rupture to the east. The Tsetserleg earthquake ruptures (Mw = 7,95 ...
Active intraplate deformation as a far-field effect of the India-Eurasia convergence has led to four...
Lithospheric stress in Mongolia has been studied using mechanisms of 84 MLH ≥ 4 earthquakes that occ...
Thèse préparée dans le laboratoire Géosciences Azur (UMR 6526 à Sophia Antipolis) et au Centre de Re...
Unrapport de thèse + une carte AOMongolia characterize the transition between compressive structures...
International audienceThe Bolnay (Hangayn) fault is an active shear system which generated the M = 8...
The aim of this thesis is to reconstruct the history of the reliefs within the Mongolia-Siberia regi...
With the assistance of the ASTER team (M. Arnold, G. Aumaître, D. Bourlès, and K. Keddadouche)Intern...
Active faults of the Hangay-Hentiy tectonic saddle region in Central Mongolia are studied by space i...
Active tectonic structures in intracontinental, intraplate regions are rarely recorded due to slow d...
We identify and describe a series of east-west left-lateral strike-slip faults (named the Songino-Ma...
The aim of this thesis is to analyze the variations in slip rates along strike-slip faults, in intra...
International audienceIn 1905, 14 days apart, two M ~ 8 continental strike‐slip earthquakes, the Tse...
Active intraplate deformation as a far-field effect of the India-Eurasia convergence has led to four...
Lithospheric stress in Mongolia has been studied using mechanisms of 84 MLH ≥ 4 earthquakes that occ...
Thèse préparée dans le laboratoire Géosciences Azur (UMR 6526 à Sophia Antipolis) et au Centre de Re...
Unrapport de thèse + une carte AOMongolia characterize the transition between compressive structures...
International audienceThe Bolnay (Hangayn) fault is an active shear system which generated the M = 8...
The aim of this thesis is to reconstruct the history of the reliefs within the Mongolia-Siberia regi...
With the assistance of the ASTER team (M. Arnold, G. Aumaître, D. Bourlès, and K. Keddadouche)Intern...
Active faults of the Hangay-Hentiy tectonic saddle region in Central Mongolia are studied by space i...
Active tectonic structures in intracontinental, intraplate regions are rarely recorded due to slow d...
We identify and describe a series of east-west left-lateral strike-slip faults (named the Songino-Ma...
The aim of this thesis is to analyze the variations in slip rates along strike-slip faults, in intra...
International audienceIn 1905, 14 days apart, two M ~ 8 continental strike‐slip earthquakes, the Tse...
Active intraplate deformation as a far-field effect of the India-Eurasia convergence has led to four...
Lithospheric stress in Mongolia has been studied using mechanisms of 84 MLH ≥ 4 earthquakes that occ...
Thèse préparée dans le laboratoire Géosciences Azur (UMR 6526 à Sophia Antipolis) et au Centre de Re...