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About

R. G. Kleidman is a leading figure in satellite remote sensing of atmospheric aerosols, whose work has fundamentally shaped our understanding of the global aerosol system. His primary research focuses on the development, validation, and application of algorithms for retrieving aerosol properties from space-based sensors, most notably the Moderate Resolution Imaging Spectroradiometer (MODIS). Kleidman’s most significant contribution is his co-authorship of the seminal 2005 paper detailing the MODIS aerosol algorithm, which has amassed over 3,400 citations and serves as the foundational reference for a generation of aerosol studies. He has been instrumental in advancing the "Dark Target" algorithm, a cornerstone technique for observing aerosols over both land and ocean, and has provided critical validation of these satellite retrievals by comparing them with ground-based networks like AERONET and the Maritime Aerosol Network. His work has been essential for quantifying aerosol optical thickness and particle size, key parameters for understanding climate forcing and air quality. Through his rigorous validation studies and algorithm development, Kleidman has ensured that satellite data are both reliable and physically meaningful, leaving a lasting impact on Earth observation science.