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About

Fred Moshary is a leading figure in atmospheric remote sensing and air quality monitoring, whose work bridges the gap between satellite observations and ground-level environmental health. His primary research focuses on aerosol optical depth (AOD) retrieval, particularly over complex urban scenes, and the development of radiometer networks for distributed aerosol monitoring. Moshary’s most impactful contribution is his 2009 paper on improved MODIS aerosol retrieval using a modified VIS/SWIR surface albedo ratio, which demonstrated a regional approach to accurately measuring AOD over urban areas—a notoriously difficult task due to surface reflectance variability. This work, with 36 citations, has been foundational for refining satellite-based air quality assessments. He also led the Convection, Aerosol, and Synoptic-Effects in the Tropics (CAST) experiment, a major field campaign in Puerto Rico that advanced understanding of multiscale impacts on Caribbean weather. Additionally, his 2013 study on assessing satellite AOD and WRF/CMAQ output for PM2.5 estimators (7 citations) has been instrumental in improving fine particulate matter estimates for public health applications. Through his development of multi-filter rotating shadowband radiometer networks, Moshary has enabled distributed, real-time monitoring of aerosol properties across the U.S. Northeast, solidifying his reputation as a pioneer in integrating remote sensing with practical air quality solutions.