Papers
16
Total Citations
898
H-Index
12
About
Kirk Knobelspiesse is a prominent atmospheric and oceanic remote sensing scientist whose research spans aerosol characterization, polarimetric measurement techniques, and ocean color retrieval. Working at the intersection of satellite remote sensing and radiative transfer, he has made foundational contributions to how scientists retrieve aerosol properties from space-based polarimeters, particularly over complex surfaces like land and coastal waters. Among his most influential work is a 2009 study (187 citations) introducing a novel polarimetric approach to aerosol retrieval over land using broad spectral and angular ranges, and a 2014 paper (169 citations) developing a multiparameter aerosol classification framework that improves satellite retrieval accuracy and climate impact quantification. His research has increasingly focused on synergistic applications — combining multi-angle polarimetry with hyperspectral ocean color instruments — directly supporting NASA's PACE mission, which aims to transform our understanding of ocean ecosystems and atmospheric composition. Knobelspiesse has also contributed methodological innovations, including best practices for geophysical data aggregation and atmospheric correction algorithms for hyperspectral sensors. His leadership in the ACEPOL airborne campaign (2020, 82 citations) helped benchmark multiple polarimeters under a unified retrieval framework. With a body of work consistently bridging instrument design, algorithm development, and geophysical applications, he stands as a key architect of next-generation Earth observation science.
Research Focus
Key Achievements
Top Papers
- 1Polarimetric remote sensing of aerosols over land187 citations · 2009
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- 9Information content of aerosol retrievals in the sunglint region31 citations · 2013
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