Papers
3
Total Citations
27
H-Index
3
About
Vinay Kayetha is an atmospheric scientist specializing in aerosol optics, remote sensing, and aerosol-cloud interactions, with a particular focus on understanding how aerosols absorb solar radiation across ultraviolet and visible wavelengths. His most significant contribution lies in developing innovative retrieval algorithms that bridge ground-based and satellite observations to characterize spectral aerosol absorption — a notoriously difficult measurement challenge where in-situ data remain sparse. By synergizing AERONET ground measurements with OMI and MODIS satellite data, Kayetha has enabled spatially and temporally comprehensive mapping of aerosol absorption properties across diverse aerosol environments worldwide, work that has garnered 21 citations since 2021. Extending this expertise further, his 2024 research tackles the particularly complex problem of retrieving aerosol optical properties above clouds, leveraging ORACLES airborne campaign data alongside A-Train satellite sensors to illuminate the poorly understood radiative effects of absorbing aerosols overlying cloud layers — a key source of uncertainty in climate projections. Kayetha's work addresses a critical gap in climate science by providing the remote sensing community with robust, multi-platform methodologies to quantify aerosol radiative forcing with greater accuracy and broader spatial coverage.
Research Focus
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Top Papers
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