Autores
S Sol, A Meltzer, R Burgmann, RD Van der Hilst, R King, Z Chen, PO Koons, E Lev, YP Liu, PK Zeitler, X Zhang, J Zhang, B Zurek
Fecha de publicación
2007/6/1
Revista
Geology
Volumen
35
Número
6
Páginas
563-566
Editor
Geological Society of America
Descripción
Ongoing plate convergence between India and Eurasia provides a natural laboratory for studying the dynamics of continental collision, a first-order process in the evolution of continents, regional climate, and natural hazards. In southeastern Tibet, the fast directions of seismic anisotropy determined using shear-wave splitting analysis correlate with the surficial geology including major sutures and shear zones and with the surface strain derived from the global positioning system velocity field. These observations are consistent with a clockwise rotation of material around the eastern Himalayan syntaxis and suggest coherent distributed lithospheric deformation beneath much of southeastern Tibet. At the southeastern edge of the Tibetan Plateau we observe a sharp transition in mantle anisotropy with a change in fast directions to a consistent E-W direction and a clockwise rotation of the surface velocity, surface …
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