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About

R. Santer is a leading expert in satellite remote sensing, specializing in atmospheric correction and aerosol characterization for Earth observation. His research focuses on developing and validating algorithms that enable accurate retrieval of surface properties from space-based sensors, particularly over land and coastal waters. Santer’s most significant contribution is the design and deployment of the ROSAS (RObotic Station for Atmosphere and Surface characterization) system at the La Crau test site in 1997, a pioneering automated station for vicarious calibration of SPOT cameras that has been cited 33 times. He has been instrumental in evaluating and improving the Medium Resolution Imaging Spectrometer (MERIS) aerosol products, with his 2008 validation study using AERONET data (32 citations) becoming a key reference for assessing retrieval accuracy over land. Santer also advanced atmospheric correction methodologies by developing new climatologies based on aerosol inherent optical properties (16 citations), which enhance correction schemes over both ocean and land surfaces. His work has been critical in validating MERIS aerosol models for coastal waters (10 citations) and developing innovative approaches to validate scattering functions used in ocean atmospheric correction. Through his research at the Laboratoire Interdisciplinaire des Sciences du Numérique, Santer has helped bridge the gap between ground-based measurements and satellite observations, ensuring more reliable environmental monitoring from space.