Papers
8
Total Citations
423
H-Index
5
About
Andrea Pozzer is an atmospheric scientist whose research sits at the intersection of air quality, aerosol physics, and climate modeling. Working primarily with the global atmospheric chemistry-climate model EMAC, Pozzer has made substantial contributions to understanding how airborne particles shape both climate systems and human health outcomes. Among his most recognized achievements is a landmark long-term study examining fine particulate matter (PM₂.₅) concentrations in Beijing between 2001 and 2012, which has accumulated over 200 citations and provided critical empirical insight into the public health consequences of urban air pollution in one of the world's most densely populated capitals. This work demonstrated the utility of aerosol optical depth as a practical proxy for estimating ground-level particulate concentrations at scale. Pozzer has also advanced the scientific community's ability to model desert dust emissions, developing and refining parameterization schemes within EMAC that account for soil properties, land cover, and vegetation — work that has collectively attracted nearly 200 citations across multiple publications. His 2019 empirical study further revealed that aerosol radiative forcing varies significantly with surface albedo, offering nuanced evidence for positive climate forcing under elevated reflectance conditions. Together, these contributions make Pozzer a significant voice in global aerosol research and climate-health science.
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