Mohammad H. Sowlat
Papers
1
Total Citations
61
H-Index
1
About
Mohammad H. Sowlat is an environmental health researcher whose work focuses on the source apportionment and toxicological characterization of airborne particulate matter, particularly ultrafine and quasi-ultrafine particles. His major contributions lie in linking specific emission sources—such as biomass burning and traffic—to the oxidative potential and redox activity of fine aerosols, advancing our understanding of how pollution composition drives health impacts. His highly cited 2016 study on quasi-ultrafine particles (PM0.49) in Thessaloniki, Greece, demonstrated that increased biomass burning during the economic crisis significantly elevated particle redox activity, with 61 citations underscoring its influence on air quality policy and exposure science. Sowlat’s research integrates advanced receptor modeling with chemical and biological assays, providing a framework for identifying the most hazardous pollution sources. His work has been instrumental in shifting focus from particle mass alone to source-specific toxicity, informing targeted mitigation strategies. Through these efforts, Sowlat has established himself as a key voice in the intersection of atmospheric chemistry and public health, with implications for urban air quality management worldwide.
Research Focus
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Top Papers
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