Meeting roles in:
High-Resolution Modeling and Untangling Atmosphere-Hydrology-Ecology Interactions I Oral
High-Resolution Modeling and Untangling Atmosphere-Hydrology-Ecology Interactions II Poster
Diverse responses of drought to vegetation
Toward a Hybrid Era of Physical and Machine Learning Model in Simulating and Predicting Extreme Events Poster
Over the course of his academic journey, Zeyu recognized the limitations of traditional hydrology and water resource management practices in the face of climate change. This motivated him to pursue a Ph.D. in Atmospheric Science to investigate the impacts of climate change on extreme weather and develop practical advice for mitigating weather and climate hazards.

Zeyu's research focused on the responses of extreme weather to climate change, advancing regional modeling methodology and evaluation framework. His work aims to ensure global sustainability under challenging circumstances.