A. W. Strawa
Papers
3
Total Citations
729
H-Index
3
About
A. W. Strawa is a leading atmospheric scientist whose research focuses on aerosol optical properties, air quality, and satellite remote sensing. Strawa’s most influential work centers on the Absorption Ångström Exponent (AAE), a critical parameter for identifying aerosol composition. In a landmark 2010 study (677 citations), Strawa demonstrated how the wavelength dependence of light absorption can distinguish between black carbon, organic matter, and mineral dust in atmospheric aerosols—a breakthrough that has become a cornerstone of aerosol-climate research. This work, alongside a related 2009 paper (45 citations), provides essential tools for interpreting AERONET and other radiometric data, enabling scientists to better understand the sources and climate impacts of particulate pollution. Strawa has also applied satellite-based aerosol optical thickness measurements to ground-level air quality monitoring, notably in a 2007 study correlating satellite data with San Joaquin Valley pollution. This work supports regulatory efforts by the EPA and California Air Resources Board to meet PM attainment standards. With over 700 combined citations, Strawa’s contributions have advanced both fundamental aerosol science and its practical application to environmental policy.
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