Evaluation of Sentinel-3 SWIR Synergy for Ocean Colour Atmospheric Correction improvement

Evaluation of Sentinel-3 SWIR Synergy for Ocean Colour Atmospheric Correction improvement Craig MacDonald Wed, 14/10/2026 - 08:52 Evaluation of Sentinel-3 SWIR Synergy for Ocean Colour Atmospheric Correction improvement Demonstrating the feasibility and benefit of a SWIR-band atmospheric correction from Sentinel-3 instrument synergy and refining the technical requirements of AOLCI and ASLSTR in view of S3NGO. Last Updated Published on About European Commission’s Copernicus programme has been evolving along with its user requirements and with extended needs for applications and services based on Earth Observation data. In the domain of Ocean Colour, the requirements now firmly address coastal and inland waters in addition to open oceans and seas. Monitoring and forecasting of coastal and inland waters is crucial for water quality in order to enable rapid response to water hazards and quickly evolving phenomena like pollution, harmful algal blooms and storms, and in support of the blue economy (fisheries, aquaculture) and water management. Monitoring the health of aquatic ecosystems is also fundamental for climate (aquatic carbon), coastal management and shore communities. To capture

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