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use sophisticated numerical models to understand changes of earth system

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LSU Operational Model provides 72-hour forecasts for river discharge and key land hdyrological components over the Mississippi River Basin and ocean circulation (zeta, salt, temp, current), carbon (CO2 flux, pCO2), and hypoxia (O2) in the Gulf of Mexico.

Research


Compound Flooding

Coastal Flooding and Hazard , Large River-Dalta System

We use Coupled Hydrological-Ocean Model to assess climate change and climate events' impact on rivers and deltas; i.e., Mega-delta systems, e.g., the Mississippi and Mekong 

H. Florence compond flooding

Flooding

Large River

Hurricane

Ocean and Sediment Dynamics

We use Coupled Ocean-Atmosphere-Wave and Sediment Transport Modeling system to understand sediment dynamics during extreme climate events

Hurricane Gustav

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Ocean Carbon Cycling

CO2 Air-Sea Flux and Ocean Acidification

We use Coupled Physical-Biogeochemical Model to understand regional ocean carbon cycling under the impact of large river system and extreme weather events

land loss and carbon flux

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Marine Ecosystem

Eutrification and Hypoxia

We use Coupled Physical-Biogeochemical Model and machine learning/AL/statistical model to address issues of coastal ecosystem

 

hypoxia

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