MT
Member Since 2013
Ming Tang
Professional Experience
Peking University
Associate professor
2022 - Present
Peking University
Assistant professor
2019 - 2022
Rice University
Post-doc
2016 - 2019
University of Maryland College Park
Graduate student
2011 - 2016
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Education
Doctorate
2016
Honors & Awards
Hisashi Kuno Award
Received December 2021
Publications
Ultrahigh‐Temperature Anatexis of Metapelites Generates Near‐Anhydrous Garnet Granitoids
It remains unresolved whether extensive granitoids can originate from ultrahigh‐temperature crustal anatexis beyond the stability of fusible ...
November 12, 2023
AGU Abstracts
Sluggish Rise of the Western Gangdese Mountains after India-Eurasia Collision
TIBETAN TECTONICS AND ITS LONG-TERM EFFECT ON THE EVOLUTION OF CLIMATE, VEGETATION, AND ENVIRONMENT III ORAL
tectonophysics | 13 december 2022
Xuanyu Liu, Ming Tang, Weiqiang Ji, Wenrong Cao, H...
With the most prominent topography on Earth, the Tibetan Plateau has profound influences on the hydrologic cycle and climate dynamics in Asia. However...
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The signatures of fluids involved in marble formation at 63 Ma in Gangdese arc, southern Tibet
THE METAMORPHIC KITCHEN SINK II POSTER
volcanology, geochemistry and petrology | 16 december 2021
Zhenhao Zhou, Matthew Leybourne, Ming Tang, Xu Chu
Fluid-driven contact metamorphism by the late Cretaceous magmatism of the Gangdese Arc, southern Tibet gave rise to a wide spectrum of aureoles in car...
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Recycling reduced iron at the base of magmatic orogens
MAGMATISM AND CONTINENTAL CRUST EVOLUTION IN COLLISIONAL ZONES I
volcanology, geochemistry and petrology | 11 december 2019
Ming Tang, Cin-Ty Lee, Gelu Costin, Heidi E. Höfer
The Earths continental crust is thought to originate from melting of the mantle, but it is too felsic and depleted in Fe relative to a primary mantle ...
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Check out all of Ming Tang’s AGU Research!
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