Thomas J. Breider
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1
Total Citations
125
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1
About
Thomas J. Breider is a leading atmospheric scientist whose research focuses on the transport, transformation, and climate impacts of aerosols, particularly in the sensitive Arctic region. His major contributions center on using global chemical transport models, notably GEOS-Chem, to unravel the complex sources and distributions of aerosol components. His seminal 2014 paper, which has garnered over 125 citations, provides a critical 3-D representation of Arctic aerosols and ozone, revealing how pollution from mid-latitudes contributes to Arctic warming through radiative forcing. This work is foundational for improving climate model accuracy in the rapidly changing Arctic. Breider’s research has been instrumental in quantifying the role of black carbon and other absorbing aerosols in the Arctic’s amplified warming, a key concern for global climate policy. His detailed source attribution studies have helped distinguish between natural and anthropogenic aerosol influences, offering vital insights for mitigation strategies. Through rigorous modeling and analysis, Breider continues to advance our understanding of how atmospheric composition drives regional and global climate change.
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