G. E. Thomas
Papers
6
Total Citations
294
H-Index
5
About
G. E. Thomas is a atmospheric scientist whose research has made significant contributions to satellite-based aerosol remote sensing and its application to climate science. Specializing in the retrieval of aerosol optical depth (AOD) from satellite observations, Thomas has developed and validated algorithms that extract critical atmospheric data from sensors including SeaWiFS, AATSR, and MODIS. A landmark contribution is the SeaWiFS Ocean Aerosol Retrieval (SOAR) algorithm, which harnessed a 13-year satellite record to produce validated AOD measurements over ocean surfaces, accumulating 146 citations and establishing itself as a key reference in the field. Thomas has also played a prominent role in large-scale international collaborations, notably the AeroCom-AeroSat initiative, which intercompared 14 satellite AOD products across nine retrieval algorithm families to better constrain uncertainties in climate model inputs — work that has garnered over 80 citations. Further contributions include advancing the ORAC-AATSR retrieval framework and quantifying the direct aerosol radiative effect using the GlobAEROSOL dataset. Collectively, Thomas's work strengthens the observational foundation upon which aerosol-climate interactions are understood and modeled.
Research Focus
Key Achievements
Top Papers
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