☕️About Me
I am currently a PhD student at Sun Yat-sen University，concurrently pursuing joint training at the University of Tokyo funded by the CSC scholarship. I collectively receive supervision from Prof. Bingjun Liu and Prof. Xuezhi Tan at SYSU, and Prof. Taikan OKI at UTokyo. I am particularly interested in atmospheric dynamics of climate extremes and the interaction between dynamics and thermodynamics.
My current research focuses on decomposing the physical processes and tracking the sources of climate extremes, including extreme precipitation, droughts, wildfires, and heatwaves, using time series and data analyses, artificial intelligence, and climate model simulations. I am also interested in understanding how these extremes affect the ecology, human, and socioeconomic systems in the present and future.
- Climate Change
- Extreme event attribution
- Hydrology
- Artificial Intelligence
PhD Hydraulic Engineering
Sun Yat-sen University & The University of Tokyo (Jointly-trained PhD student)
MEng Hydraulic Engineering
Sun Yat-sen University
BSc Hydraulic and Hydropower Engineering
South China University of Technology
I am particularly interested in multi-disciplinary climate change fields. My research topics aim to understand the role of water and the associated hydrological processes in regulating global environmental changes in the present and future. While much of my research focuses on the physical mechanisms in climate extremes, e.g., extreme precipitation, heatwaves, floods, and wildfires, I am also interested in how these extremes affect the ecology, human, and socioeconomic systems.
Besides the traditional analyzing methods, I am very enthusiastic about using the knowledge of artificial intelligence approaches to comprehend the causes and consequences of these hydrological extremes.
I am particularly interested in multi-disciplinary climate change fields. My research topics aim to understand the role of water and the associated hydrological processes in regulating global environmental changes in the present and future. While much of my research focuses on the physical mechanisms in climate extremes, e.g., extreme precipitation, heatwaves, floods, and wildfires, I am also interested in how these extremes affect the ecology, human, and socioeconomic systems.
Besides the traditional analyzing methods, I am very enthusiastic about using the knowledge of artificial intelligence approaches to comprehend the causes and consequences of these hydrological extremes.
Vanishing Misty Rain of Jiangnan：A Changing Hydroclimate Volatility Perspective
HGSL seminar @UTokyo
Relative Contributions of Large-scale Atmospheric Circulation Dynamics and Anthropogenic Warming to the Unprecedented 2022 Yangtze River Basin Heatwave
The 21th Annual Meeting of the Asia Oceania Geosciences Society (AOGS 2024)
大气环流和人类活动对 2022 年长江流域热浪事件的相对贡献分析
The 4th Hydro90 Young Scholars Symposium on Hydrology
大气环流和人类活动对 2022 年长江流域热浪事件的相对贡献分析
The 9th Youth Geosciences Forum
Long-Term Changes, Synoptic Behaviors, and Future Projections of Large-Scale Anomalous Precipitation Events in China Detected by a Deep Learning Autoencoder
The 20th Annual Meeting of the Asia Oceania Geosciences Society (AOGS 2023)
Long-Term Changes, Synoptic Behaviors, and Future Projections of Large-Scale Anomalous Precipitation Events in China Detected by a Deep Learning Autoencoder
The 3rd Hydro90 Young Scholars Symposium on Hydrology
基于 Autoencoder 深度学习的中国地区大尺度异常降水的历史变化、环流背景及未来预测
The 8th Youth Geosciences Forum
2024-11 — I received the National Scholarship (Top Student Award in China). [Link]
2024-07 — I was awarded the CSC (China Scholarship Council) scholarship to pursue joint education at The University of Tokyo.
2023-07 — Nature Water paper published!
2022-12 — We won the 1st Prize of the 2nd Smart Water Conservancy Innovation Competition. [Link]
2024-11 — I received the National Scholarship (Top Student Award in China). [Link]
2024-07 — I was awarded the CSC (China Scholarship Council) scholarship to pursue joint education at The University of Tokyo.
2023-07 — Nature Water paper published!
2022-12 — We won the 1st Prize of the 2nd Smart Water Conservancy Innovation Competition. [Link]