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About

Jeffrey R. Pierce is an atmospheric scientist whose research spans aerosol physics, air quality monitoring, and atmospheric optics. His work centers on understanding the chemical, physical, and optical properties of airborne particulate matter and their broader implications for human health and climate. Pierce has made significant contributions to aerosol science through both modeling and observational approaches. His highly cited simulation of tropospheric aerosol optical depth over India (133 citations) employed the GEOS-Chem chemical-transport model to advance understanding of South Asian air quality. Complementing this, his decadal climatology of wildfire smoke properties across the United States (40 citations) shed light on how regional fuel types and burn conditions shape smoke composition, with direct relevance to public health policy. Pierce has also pioneered accessible measurement technologies, developing a low-cost monitor capable of simultaneously measuring fine particulate matter (PM2.5) and aerosol optical depth — a meaningful step toward democratizing air quality monitoring in data-sparse regions globally. His work on satellite remote sensing, including detecting thin cirrus interference in MISR aerosol retrievals (36 citations), further demonstrates his expertise across instrumentation and modeling. Through parameterizing aerosol size distributions for global models, Pierce continues bridging the gap between atmospheric microphysics and large-scale climate simulation.