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  • Presentation | SY51A: AI and High-Resolution Forecasting for Societal Resilience II Oral
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  • [ONLINE] SY51A-06: Evaluating Rainfall-Driven Flood Dynamics ThroughRemote Sensing in Bangladesh’s Southeast Region During the 2024 Monsoon
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Author(s):
Puspendu Biswas Paul, National Oceanographic and Maritime Institute (First Author, Presenting Author)
Shipa Rani Singha, University of Dhaka
Sheikh Fahim Faysal Sowrav, Bangladesh Maritime University
Mohan Kumar Das, National Oceanographic And Maritime Institute (NOAMI)
Maisha Farzana Methila, University of Dhaka
AKM Saiful Islam, Bangladesh University of Engineering and Technology, Institute of Water and Flood Management
Fatima Akter, University of Dhaka
Faruque Abdullah, Marquette University
Md Jamal Uddin Khan, Bangladesh University of Engineering and Technology
Md Minarul Hoque, Bangabandhu Sheikh Mujibur Rahman Maritime University
Dr. Md. Sazzad Hossain, Bangladesh Water Development Board


This study looks into the severe monsoon flooding that happened in August 2024 in parts of southeastern Bangladesh—specifically Cumilla, Feni, Noakhali, and Lakshmipur. Using satellite data and computer models, the researchers explored what caused the flood and how it affected people and the environment.


They used a special type of radar satellite (SAR) that works in all weather to map where the floodwater went. This method helped clearly tell apart flooded areas from dry land, even in difficult terrains. They also used a popular hydrology model (SCS-CN) to understand how rainfall turned into surface water runoff. The model showed that the heavy rain, along with already wet soil, caused most of the flooding.


The study also checked if a nearby dam (Dumbur Dam) had made things worse but found no link—the flooding was mainly due to heavy rain, not dam releases.


The flood affected over 2.4 million people and flooded nearly half of the farmland in the region. Urban areas were hit too, especially poorer neighborhoods. The research suggests that using radar data and hydrological models together gives a strong method to predict and manage floods better in the future, especially under changing climate conditions.




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