The ongoing collision and continuous compression between the Indian and Eurasian plates began 55 Ma ago[1-3];this process created the magnificent Tibetan Plateau,the highest-elevation landform on the Earth today.Studi...The ongoing collision and continuous compression between the Indian and Eurasian plates began 55 Ma ago[1-3];this process created the magnificent Tibetan Plateau,the highest-elevation landform on the Earth today.Studies have shown that a continent-continent collision occurred not only south of the Tibetan Plateau but also north of the plateau[4].展开更多
基金supported by the National Natural Science Foundation of China(41874123 and 42004110)PetroChina Innovation Foundation(2010D-5006-0303 and 2014D-5006-0303)Shaanxi Provincial Natural Science Basic Research Project(2011JQ5006,2017JZ007 and 2022GY-148)。
文摘The ongoing collision and continuous compression between the Indian and Eurasian plates began 55 Ma ago[1-3];this process created the magnificent Tibetan Plateau,the highest-elevation landform on the Earth today.Studies have shown that a continent-continent collision occurred not only south of the Tibetan Plateau but also north of the plateau[4].
