Robert Spurr
Papers
3
Total Citations
139
H-Index
3
About
Robert Spurr is a leading figure in atmospheric remote sensing, specializing in the development of advanced algorithms for aerosol retrieval from satellite and ground-based instruments. His major contributions lie in radiative transfer modeling and inversion theory, particularly for multi-angle, multi-spectral, and polarimetric observations. Spurr’s work on the AERONET photopolarimetric retrieval algorithm (2015, 84 citations) provided a new, rigorous framework for deriving aerosol microphysical properties, significantly enhancing the utility of ground-based Sun photometer networks. He also pioneered an optimal-estimation-based aerosol retrieval algorithm for the Ozone Monitoring Instrument (OMI) using near-UV observations (2016, 49 citations), which offered the critical advantage of providing robust error estimates alongside retrieved products. More recently, Spurr has advanced the field by adapting 3-D radiative transfer models for nighttime aerosol retrievals from artificial light sources (2023), opening new avenues for observing aerosols after dark. His work is foundational for NASA’s A-train satellite missions and the AERONET community, and his algorithms are widely used by researchers worldwide to improve our understanding of aerosol climate effects.
Research Focus
Key Achievements
Top Papers
- 1
- 2
- 3