International audienceWe performed a receiver function analysis on teleseismic data recorded along two 550 km-long profiles crossing the northeastern Tibetan plateau. Results from time to depth migration, grid-search V p /V s determination and simulated annealing inversion of waveforms, reveal that the crust thickens from V50 km near the northern edge of the plateau to V80 km south of the Jinsha suture in the Qiang Tang block. Crustal thickening occurs in staircase fashion with steps located beneath the main, reactivated sutures. The V p /V s ratio, close to the global continental average does not suggest widespread partial melting but rather a more usual separation between an upper felsic and a lower mafic part within the northeastern Tibe...
AbstractGPS measurements indicate rapid lateral extrusion of the NE Tibetan Plateau, which causes ac...
We use receiver functions calculated for data collected by the INDEPTH-IV seismic array to image the...
International audienceFieldwork complemented by SPOT image analysis throws light on current crustal ...
International audienceWe performed a receiver function analysis on teleseismic data recorded along t...
New wide-angle reflection and refraction seismic data provide constraints on the structure of the up...
International audienceWide-angle reflection–refraction profiles at crustal scale have been obtained ...
High-resolution seismic reflection data from the West Kunlun Range front show that crustal structure...
The Indian-Eurasia continental collision has led to the uplift of the Tibetan Plateau, and various c...
Abstract: A seismic velocity cross-section down to 700 km depth beneath the Tibetan Plateau has been...
Abstract We investigate lateral variations in crustal structure across the northern boundary of the ...
AbstractLithospheric deformation of the Tibetan plateau is caused by subduction of the Indian (north...
Abstract. I present a teleseismic waveform study of the lithospheric structure beneath the Tibetan P...
Southeastern Tibet marks the site of presumed clockwise rotation of the crust due to the India-Eura...
To provide constraints on the mechanisms responsible for the uplift and crustal thickening of the ea...
[1] Two crustal cross sections through the eastern margin of the Tibetan Plateau are jointly determi...
AbstractGPS measurements indicate rapid lateral extrusion of the NE Tibetan Plateau, which causes ac...
We use receiver functions calculated for data collected by the INDEPTH-IV seismic array to image the...
International audienceFieldwork complemented by SPOT image analysis throws light on current crustal ...
International audienceWe performed a receiver function analysis on teleseismic data recorded along t...
New wide-angle reflection and refraction seismic data provide constraints on the structure of the up...
International audienceWide-angle reflection–refraction profiles at crustal scale have been obtained ...
High-resolution seismic reflection data from the West Kunlun Range front show that crustal structure...
The Indian-Eurasia continental collision has led to the uplift of the Tibetan Plateau, and various c...
Abstract: A seismic velocity cross-section down to 700 km depth beneath the Tibetan Plateau has been...
Abstract We investigate lateral variations in crustal structure across the northern boundary of the ...
AbstractLithospheric deformation of the Tibetan plateau is caused by subduction of the Indian (north...
Abstract. I present a teleseismic waveform study of the lithospheric structure beneath the Tibetan P...
Southeastern Tibet marks the site of presumed clockwise rotation of the crust due to the India-Eura...
To provide constraints on the mechanisms responsible for the uplift and crustal thickening of the ea...
[1] Two crustal cross sections through the eastern margin of the Tibetan Plateau are jointly determi...
AbstractGPS measurements indicate rapid lateral extrusion of the NE Tibetan Plateau, which causes ac...
We use receiver functions calculated for data collected by the INDEPTH-IV seismic array to image the...
International audienceFieldwork complemented by SPOT image analysis throws light on current crustal ...