Extreme rainfall from landfalling tropical cyclones poses a serious threat to both coastal and inland communities, often leading to devastating flooding and long-term impacts. Our research aims to better understand the physical processes that drive these high-impact rainfall events and improve their predictability.
We use a combination of observational data, reanalysis products, and high-resolution numerical modeling to investigate how storm structure, environmental conditions, and terrain interact to produce extreme rainfall. By identifying key drivers and patterns, we aim to enhance forecasting capabilities and support more effective risk management strategies in a changing climate.