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Ocean Colour
Calibration
2022
2021
2020
2019
2018
Providing a robust Standard Atmospheric Correction module for future Copernicus Ocean Colour data processing for Sentinel-3 OLCI.
Implementation of a BRDF-correction module for S3 OLCI over clear and optically complex waters.
Climatological characterisation of candidate ocean sites for Copernicus OC-SVC infrastructure - El Hierro.
A platform-independent modular software tool for assessing and monitoring the geolocation accuracy of medium to high resolution optical sensors.
Developing a generic tool for generation of System Vicarious Calibration gains for Ocean Colour missions.
This study investigated novel methods of calibration for the Copernicus Sentinel-3 OLCI and SLSTR instruments.
Developing a new atmospheric correction prototype to improve the quality of the OLCI water reflectance level 2 product.
Climatological characterisation of candidate ocean sites for Copernicus OC-SVC infrastructure - BOUSSOLE.
This study developed a modular Ocean Colour prototype processor deployment and validation framework.
Climatological characterisation of candidate ocean sites for Copernicus OC-SVC infrastructure - Lampedusa.
Level 1 product monitoring/evolution studies: Geometrical quality assessment tool.
Development and validation of a new Ocean Colour Fluorescence Product from the OLCI instrument.
Climatological characterisation of candidate ocean sites for Copernicus OC-SVC infrastructure - Madeira.
Generating a scientific, technical and operational requirements document for the Copernicus ocean colour vicarious calibration infrastructure.
Scientific review and development of Ocean Colour Bright Pixel Correction (OC-BPC).
Climatological characterisation of candidate ocean sites for Copernicus OC-SVC infrastructure - Crete.
Providing EUMETSAT with scientific support in establishing the requirements for the cloud products derived from the Cloud Imager (CLIM) on board the Copernicus CO2M mission.
Developing Ocean Colour products of Inherent Optical Properties for Copernicus Sentinel-3 OLCI.
Developing a novel algorithm for the generation of an atmospheric obstruction mask for Sentinel-3.
Study into five candidate locations for optimal placement for potential OC-SVC infrastructure.
COWa aims to enhance the scientific quality of the Sentinel-3 OLCI Level-2 Total Column Water Vapour product.