The Research Group of Dr. Zhou Gongdan at the Institute of Mountain Hazards and Environment, Chinese Academy of Sciences, focuses on the dynamics of mountain hazards and cryospheric processes. The team investigates glacier lake outburst floods (GLOFs), moraine dam stability, debris flow and landslide mechanisms, and multi-physics coupling processes in high mountain environments. Their mission is to advance fundamental understanding and predictive modeling of complex mountain hazards, integrating field observation, numerical simulation, and monitoring technologies to support sustainable development and disaster resilience in the Qinghai–Tibet Plateau and other alpine regions worldwide.
Hot News
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All hail Generals Amrita, Liang and Ming who succesfully completed their generals exam!
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Amrita won the best poster award at SoCC for her work on Vignette!
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Meghan’s paper on synthesizing ultra-low-precision machine learning operators was accepted to CGO!
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Amrita’s paper on perceptual video compression for storage will appear at SoCC.
People
Group Leader
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Dr. Gordon G. D. Zhou
Professor
Employee/Staff
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Kahlil Cui
Associate Professor -
Xueqiang Lu
PhD -
Yunxu Xie
Engineer -
Yuting Zhao
Research Assistant
Students
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Hongwei Luo
Ph.D Student -
Jialin Liu
Ph.D Student -
Rohit Shrestha
Student -
Rujun Tuo
Doctoral students -
Zongjian Yang
Doctoral students
Graduated students
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Name
Research Direction
Graduation Thesis Title
Employment destination
- Xueqiang Lu the mechanisms of breaching in landslide Mechanisms of the non‐uniform breach morphology evolution of landslide dams composed ... Chinese Academy of Sciences
- Xueqiang Lu the mechanisms of breaching in landslide Mechanisms of the non‐uniform breach morphology evolution of landslide dams composed ... Chinese Academy of Sciences
- Xueqiang Lu the mechanisms of breaching in landslide Mechanisms of the non‐uniform breach morphology evolution of landslide dams composed ... Chinese Academy of Sciences
- Xueqiang Lu the mechanisms of breaching in landslide Mechanisms of the non‐uniform breach morphology evolution of landslide dams composed ... Chinese Academy of Sciences