Roles of climate and tectonics in shaping the middle reach of the Yarlung River since the mid-Miocene

Published: 9 November 2020| Version 1 | DOI: 10.17632/fbv87pys7k.1
Contributors:
Jin-Gen Dai,
Matthew Fox,
Xu Han,
Marissa M. Tremblay,
Shi-Ying Xu,
David L. Shuster,
Bo-Rong Liu,
Cheng-Shan Wang

Description

We report low-temperature thermochronometry and thermal-kinematic models for samples of Yarlung River. Two stages of accelerated exhumation occurred in different parts of the middle reach of the Yarlung River. Mid-Miocene rapid exhumation of wide valley and its tributaries was related to enhanced precipitation, while Pliocene-Pleistocene accelerated exhumation of gorges was associated with north-south normal faulting. Our results highlight roles of climatic and tectonic processes in shaping topography change with time.

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