Kurt Thome
Papers
1
Total Citations
347
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1
About
Kurt Thome is a leading figure in satellite calibration, atmospheric correction, and aerosol remote sensing. His research focuses on ensuring the accuracy of Earth-observing satellite data through rigorous vicarious calibration techniques and a deep understanding of atmospheric aerosol properties. Thome’s major contributions include advancing the use of ground-based measurements to validate and calibrate satellite sensors, particularly for NASA’s Earth Observing System. His highly cited 2005 paper, “Variability of aerosol and spectral lidar and backscatter and extinction ratios of key aerosol types derived from selected Aerosol Robotic Network locations,” with 347 citations, is a foundational work. In it, he computed critical lidar ratios for various aerosol types using data from 26 AERONET sites globally, providing essential parameters for interpreting lidar observations and improving aerosol transport models. This work has had a profound impact on climate and air quality research. Thome’s dedication to measurement science has made him a key architect of the infrastructure that underpins reliable satellite-based environmental monitoring.
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