Teleconnections and Weather and Climate Extremes Across Timescales (Subseasonal to Multi-Decadal)
Identified and modeled new atmospheric teleconnection pathways linking different types of El Niño to North Pacific climate modes and regional extreme weather patterns.
Evaluated interactions between Arctic amplification, polar vortex disruptions, and regional forcing for winter extremes in the present and future climate.
Identified and linked long-lasting North Pacific atmospheric circulations to hydroclimate extremes across western North America.
Led multi-disciplinary paper on setting standards for proper pre-processing of weather and climate data for data-driven climate prediction works
Co-authored study on using statistical downscaling of climate model output and deep-learning to assess climate-driven pavement degradation and structural stress across Oklahoma.
Developed neural networks and random forests for subseasonal extreme precipitation forecasts across the US.