Amy Jo Scarino
Papers
2
Total Citations
103
H-Index
2
About
Amy Jo Scarino is a leading atmospheric scientist whose research illuminates the complex interplay between aerosols, air quality, and precipitation. Her work centers on two critical areas: characterizing how satellite-derived aerosol optical depth (AOD) relates to surface-level particulate matter (PM₂.₅), and understanding how precipitation modifies aerosol properties during long-range transport. In her highly cited 2014 study (52 citations), Scarino pioneered the use of lidar aerosol extinction profiles to refine the AOD-PM₂.₅ relationship over the Baltimore-Washington Corridor during the DISCOVER-AQ campaign, providing a crucial framework for improving satellite-based air quality monitoring. Her 2021 investigation (51 citations) leverages Bermuda’s unique position downwind of North America to demonstrate how precipitation along air mass trajectories systematically alters aerosol size, composition, and concentration—a finding with profound implications for climate modeling and pollution transport studies. By integrating ground-based, aircraft, and satellite observations, Scarino has advanced our understanding of aerosol lifecycle processes and their environmental impacts. Her work is instrumental for researchers and policymakers seeking to bridge remote sensing data with ground-level air quality, and for improving predictions of how pollution evolves across continents and oceans.
Research Focus
Key Achievements
Top Papers
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