P. Jeremy Werdell
Papers
7
Total Citations
184
H-Index
6
About
P. Jeremy Werdell is a prominent NASA researcher whose work sits at the intersection of ocean color remote sensing, atmospheric correction, and aerosol retrieval science. His research has fundamentally advanced our ability to extract accurate biological and optical information from coastal and open ocean waters — a notoriously difficult challenge given the complex interplay between atmospheric aerosols and water-leaving radiance signals. Werdell's most significant contributions center on developing sophisticated joint retrieval algorithms that simultaneously characterize aerosol properties and ocean color signals using multi-angle polarimetric measurements. His pioneering POLYAC algorithm and optimal estimation frameworks have set new standards for hyperspectral atmospheric correction, including pixel-level uncertainty quantification — a critical advancement for scientific rigor. Much of this work has been directly tied to NASA's PACE mission, for which Werdell has served as a key scientific contributor, helping validate early results from the SPEXone polarimeter launched in 2024. His papers have collectively accumulated over 180 citations, reflecting their strong uptake by the remote sensing community. By bridging instrument design, radiative transfer theory, and ocean biogeochemistry, Werdell has meaningfully shaped modern satellite oceanography and continues to drive progress in understanding Earth's marine ecosystems from space.
Research Focus
Key Achievements
Top Papers
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