Bruce G. Doddridge
Papers
1
Total Citations
14
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About
Bruce G. Doddridge is an atmospheric scientist whose research has significantly advanced our understanding of aerosol optical properties and their climatic effects. His work focuses on the intersection of satellite remote sensing, surface-based radiometry, and airborne in situ measurements to characterize how different aerosol types—particularly smoke and haze—influence Earth’s radiative balance. In his highly cited 2005 study, Doddridge led a landmark comparative analysis of a major Canadian forest fire smoke episode that blanketed the eastern United States in July 2002. By integrating data from satellite instruments like MODIS, ground-based AERONET radiometers, and aircraft-borne sensors, he demonstrated how smoke aerosols differ fundamentally from urban-industrial haze in their optical properties and radiative forcing. This multi-platform approach provided critical validation for satellite retrievals and improved the accuracy of climate models. With over a decade of contributions to aerosol science, Doddridge’s work remains essential for researchers studying biomass burning emissions, air quality, and the complex role of aerosols in climate change.
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Top Papers
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