Geomorphology and neotectonics : preliminary results of the Kashgar-Khunjerab geotraverse (Kunlun, Karakorum, Pamir). During the 1990 French-Chinese expedition, a morphostructural reconnaissance was conducted along the Kashgar-Khunjerab route in the Western Tarim and the Kunlun, and in adjoining parts of the Chinese Pamir. The major patterns of mountain ranges are organized around the Tian Shan-Kunlun piedmont and the northwestern parts of the Karakorum and Altyn Tagh strike-slip faults. They reflect the prevailing influence of present and recent — Late Pliocene and Quaternary — vertical movements. Nevertheless, comparison between neotectonic landforms and major escarpments, especially on the sides of basins related to the Karakorum fault...
The West Kunlun orogenic belt (WKOB) along the northern margin of the Tibetan Plateau is important f...
The northern piedmont of the western Kunlun mountains (Xinjiang, China) is marked at its easternmost...
This study investigates the Mesozoic and Cenozoic tectonic evolution of the Southeast Pamir. Part ...
The recent opening of the P.R. of China for foreign scientists, and the rise of the petroleum explor...
The main results obtained during the 1989 Sino-French traverse accross West Tibet are presented here...
The Pamir form a pronounced northward convex salient at the western end of the Tibetan orogeny. Desp...
International audienceIn Central Asia, numerous fragments of planation surfaces are visible within t...
International audienceIn response to the India-Asia continental collision, the northward indentation...
International audienceThe Pamirs represent the indented westward continuation of the northern margin...
Le Tianshan est une orogène intracontinentale de près de 2000 km de long. Cette chaîne accommode jus...
The Cenozoic Pamir consists of earlier accreted, east-west trending Mesozoic-Paleozoic terranes and ...
Our new SHRIMP U-Pb zircon ages from the Western Kunlun Orogen allow us to constrain the history of ...
The Karakul depression was picked out as the possible impact structure by the study of space images ...
The Cenozoic Pamir comprises the western equivalent of the Tibetan plateau, offset to the north by c...
Structural-morphological ensembles of different ranks for Pamir — Tien Shan segment of Central Asia...
The West Kunlun orogenic belt (WKOB) along the northern margin of the Tibetan Plateau is important f...
The northern piedmont of the western Kunlun mountains (Xinjiang, China) is marked at its easternmost...
This study investigates the Mesozoic and Cenozoic tectonic evolution of the Southeast Pamir. Part ...
The recent opening of the P.R. of China for foreign scientists, and the rise of the petroleum explor...
The main results obtained during the 1989 Sino-French traverse accross West Tibet are presented here...
The Pamir form a pronounced northward convex salient at the western end of the Tibetan orogeny. Desp...
International audienceIn Central Asia, numerous fragments of planation surfaces are visible within t...
International audienceIn response to the India-Asia continental collision, the northward indentation...
International audienceThe Pamirs represent the indented westward continuation of the northern margin...
Le Tianshan est une orogène intracontinentale de près de 2000 km de long. Cette chaîne accommode jus...
The Cenozoic Pamir consists of earlier accreted, east-west trending Mesozoic-Paleozoic terranes and ...
Our new SHRIMP U-Pb zircon ages from the Western Kunlun Orogen allow us to constrain the history of ...
The Karakul depression was picked out as the possible impact structure by the study of space images ...
The Cenozoic Pamir comprises the western equivalent of the Tibetan plateau, offset to the north by c...
Structural-morphological ensembles of different ranks for Pamir — Tien Shan segment of Central Asia...
The West Kunlun orogenic belt (WKOB) along the northern margin of the Tibetan Plateau is important f...
The northern piedmont of the western Kunlun mountains (Xinjiang, China) is marked at its easternmost...
This study investigates the Mesozoic and Cenozoic tectonic evolution of the Southeast Pamir. Part ...