Millions in NSF Funding for Climate Research at Washington University
The National Science Foundation has provided funding for AI models to examine the effects of wildfire smoke on marine clouds and global climate.
Washington University in St. Louis has received a $1 million grant from the National Science Foundation to develop artificial intelligence models aimed at understanding the impacts of aerosols from wildfire smoke on low marine clouds and the global climate.
Purpose of the Grant and Project Details
The $1 million federal grant provided by the National Science Foundation aims to improve predictions for aerosol and cloud properties using artificial intelligence technology.
The research team will combine satellite observations and field measurements to build three physics-informed generative AI models.
Research Team and Leadership
Led by Jian Wang, this scientific study features Bo Li and Maxine Yu serving as co-principal investigators.
The models to be created within the scope of the project will enable the investigation of wildfire smoke aerosol effects by separating them from meteorological factors.
Global Climate and Educational Activities
Aerosol effects on reflective low marine clouds, which act to cool the planet, will be understood more clearly through these models.
Additionally, the project aims to train students and researchers in advanced AI methods and develop a framework to assist Earth science research.