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Mantle Driven Early Eocene Magmatic Flare-up of the Gangdese Arc,Tibet:A Case Study on the Nymo Intrusive Complex

MA Xuxuan Joseph G.MEERT CAO Wenrong TIAN Zuolin LIU Dongliang XIONG Fahui LI Haibing

地质学报（英文版）2024，Vol.98Issue(4)：878-903,26.

地质学报（英文版）2024，Vol.98Issue(4)：878-903,26.DOI:10.1111/1755-6724.15197

Mantle Driven Early Eocene Magmatic Flare-up of the Gangdese Arc,Tibet:A Case Study on the Nymo Intrusive Complex

MA Xuxuan ¹Joseph G.MEERT ²CAO Wenrong ³TIAN Zuolin ⁴LIU Dongliang ¹XIONG Fahui ⁴LI Haibing¹

作者信息

1. Key Laboratory of Continental Tectonics and Dynamics of Ministry of Natural Resources,Institute of Geology,Chinese Academy of Geological Sciences,Beijing 100037,China||Jiangsu Donghai Continental Deep Borehole Crustal Activity National Observation and Research Station,Donghai,Jiangsu 222300,China
2. Department of Geological Sciences,Neil Opdyke Paleomagnetic Laboratory,University of Florida,241 Williamson Hall,Gainesville,FL 32611,USA
3. Department of Geological Sciences and Engineering,University of Nevada,Reno,MS-172,1664 N.Virginia St.,Reno,NV 89557,USA
4. Key Laboratory of Continental Tectonics and Dynamics of Ministry of Natural Resources,Institute of Geology,Chinese Academy of Geological Sciences,Beijing 100037,China
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摘要

关键词

mantle/magmatic flare-up/subduction-collision transition/Nymo intrusive complex/Gangdese/Tibet

Key words

mantle/magmatic flare-up/subduction-collision transition/Nymo intrusive complex/Gangdese/Tibet

引用本文复制引用

MA Xuxuan,Joseph G.MEERT,CAO Wenrong,TIAN Zuolin,LIU Dongliang,XIONG Fahui,LI Haibing..Mantle Driven Early Eocene Magmatic Flare-up of the Gangdese Arc,Tibet:A Case Study on the Nymo Intrusive Complex[J].地质学报（英文版）,2024,98(4):878-903,26.

基金项目

Profound discussion and perceptive comments of Roberto Weinberg on the first draft are greatly appreciated.We benefited from the discussion with Zhu Zhiyong and She Yuwei.Mao Xiaohong,Xu Xiangzhen,and Shi Bin are thanked for their help in the EMPA and image scanning analysis.Xiang Hua helped us to model the factional crystallization and partial melting processes using the GeoPS v3.3 version.We are indebted to two anonymous reviewers for their constructive comments and editors for their efficient handling on our manuscript.This study was co-supported by the National Natural Science Foundation of China(Grant No.42272267),the Research Grants of Chinese Academy of Geological Sciences(Grant No.JKYQN202309),the National Key Research and Development Project"Key scientific issues of transformative technology"(Grant No.2019YFA0708604),the second Tibetan Plateau Scientific Expedition and Research Program(STEP)Grant(Grant Nos.2019QZKK0802,2019QZKK0901),the Scientific Investigation on Basic Resources of Ministry of Science and Technology(Grant No.2021FY100101),and the Geological Survey of China(Grant Nos.DD20221630,DD20242126). （Grant No.42272267）

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