Long-period seismograms of nuclear explosions and natural earthquakes in central Asia, recorded at three digital stations of the Laboratoire de Détection Géophysique (LDG) network in France, attest to a significant propagation effect in the Tien Shan area. This allows for an investigation of the deep structures under the range, which has been the site of particularly intense intracontinental deformation since about the middle Miocene. Group velocity curves have been obtained by regionalization for pure paths across either the central or eastern Tien Shan. They indicate a crust of approximately 50–55 km in thickness, and particularly low shear-wave velocities under the central Tien Shan. Our study suggests lateral variation of the deep struc...
International audienceBased on new structural and petrological investigations, we present two crusta...
The varying character of regional seismic phase propagation in central Asia is well illustrated by t...
This paper addresses the velocity structure of the crust and upper mantle beneath southern China wit...
The Tien Shan in central Asia is the world’s largest and most active intracontinental orogen, with a...
Through analysis of seismic ambient noise recorded by the GHENGIS array, we constructed a high-resol...
The Tien Shan is the largest active intracontinental orogenic belt on Earth. To better understand th...
The Tien Shan is an approximately 2500-km long, 300-500-km wide chain of mountains located in centra...
Average a priori shear velocity models are constructed for the Tien Shan, Tarim basin, Pamir-Hindu K...
[1] East Asia is one of the most tectonically active regions on Earth’s surface due to the collision...
: The morphostructures and paleoseismicity of the southern slope of the Kungei Ala-Too Range (Northe...
Teleseismic tomography across the Chinese Tien Shan shows that seismic wave speeds in the lithospher...
Teleseismic tomography across the Chinese Tien Shan shows that seismic wave speeds in the lithospher...
The work is devoted to investigation of the deep structure of the Central Tien Shan lithosphere. Com...
Le Tien Shan est une chaîne de montagne active située à plus de 1000 km de la limite de plaque la pl...
International audienceBased on new structural and petrological investigations, we present two crusta...
International audienceBased on new structural and petrological investigations, we present two crusta...
The varying character of regional seismic phase propagation in central Asia is well illustrated by t...
This paper addresses the velocity structure of the crust and upper mantle beneath southern China wit...
The Tien Shan in central Asia is the world’s largest and most active intracontinental orogen, with a...
Through analysis of seismic ambient noise recorded by the GHENGIS array, we constructed a high-resol...
The Tien Shan is the largest active intracontinental orogenic belt on Earth. To better understand th...
The Tien Shan is an approximately 2500-km long, 300-500-km wide chain of mountains located in centra...
Average a priori shear velocity models are constructed for the Tien Shan, Tarim basin, Pamir-Hindu K...
[1] East Asia is one of the most tectonically active regions on Earth’s surface due to the collision...
: The morphostructures and paleoseismicity of the southern slope of the Kungei Ala-Too Range (Northe...
Teleseismic tomography across the Chinese Tien Shan shows that seismic wave speeds in the lithospher...
Teleseismic tomography across the Chinese Tien Shan shows that seismic wave speeds in the lithospher...
The work is devoted to investigation of the deep structure of the Central Tien Shan lithosphere. Com...
Le Tien Shan est une chaîne de montagne active située à plus de 1000 km de la limite de plaque la pl...
International audienceBased on new structural and petrological investigations, we present two crusta...
International audienceBased on new structural and petrological investigations, we present two crusta...
The varying character of regional seismic phase propagation in central Asia is well illustrated by t...
This paper addresses the velocity structure of the crust and upper mantle beneath southern China wit...