AGU25 | 18 December 2025
Hydrodynamic-Sediment Transport Model in Galveston Bay during Hurricane Harvey
Rongqing Du + Kehui Xu + Daoyang Bao ...
Understanding sediment dynamics during extreme weather events is critical for predicting coastal morphologic evolution and developing resilience strategies. This study presents...
Journal of Geophysical Research: Oceans VOL.131 ISSUE 3 | 26 February 2026
Short‐Term Estuarine Phytoplankton Dynamics in Response to Hurricanes Along the Gulf Coast of America: A Variational Autoencoder (VAE) Approach With Satellite and Bio‐O
Jiang Li + Bingqing Liu + Angelina M Freeman ...
Hurricanes drive diverse estuarine phytoplankton responses and can trigger cascading ecological and physicochemical impacts. Capturing these short‐term dynamics requires...
AGU25 | 17 December 2025
Hydrodynamic Simulation and Validation of Coastal Flooding in Galveston County, Texas: 2008 Hurricane Ike Case Study and 100-Year Flood Map Development
Md Shah Mominul Islam Momin + Eunsang Cho + Eunsaem Cho ...
Compound flooding—driven by the combined effects of storm surge, extreme precipitation, and sea level rise—poses growing risks to coastal communities. Understanding these...
AGU25 | 17 December 2025
Investigating the contributions of inland runoff, coastal, and compound processes to flood hazard and exposure during tropical cyclones.
Md Mamunur Rashid + Raihan Uddin Ahmed
Tropical cyclones (TCs) often cause flooding, resulting in significant damage along the U.S. coasts and worldwide, influenced by various factors, including sea levels, wind,...
AGU25 | 16 December 2025
GEE-FMF: A Google Earth Engine-Based Machine Learning Framework for Efficient Regional Flood Mapping
Saide Zand + Hamed Moftakhari + Seyed Mohammad Ebrahim Hamidi ...
Accurate hindcast of flood mapping is critical for disaster response, risk assessment, and resilience planning, particularly in data-scarce regions. While traditional hydrodynamic...