| EUMETSAT

Ocean Colour Fluorescence product

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Development and validation of a new Ocean Colour Fluorescence Product from the OLCI instrument.

Analysis of GOME-2 (FM201-3) slit function measurements

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Detailed instrument spectral response data for the GOME-2 flight model to be used in level-1b to level-2 processing.

EUMETSAT takes over control of Metop-C and starts flight operations of a three-Metop constellation

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After three days of intensive testing by the European Space Operations Centre (ESOC), EUMETSAT has taken over control of its newest polar-orbiting meteorological satellite, Metop-C, and started flight operations of a constellation of three Metop satellites.

Launch success!

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After years of hard work and planning, Metop-C was successfully launched from Kourou at 01:47 (CET) Wednesday!

L1C co-registration algorithm for 3MI

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The level 1C algorithm will produce a geo-projected and re-gridded 3MI product.

Instantaneous retrieval of aerosol properties from geostationary imagers using i-AERUS-GEO

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This study continued previous work to provide instantaneous retrievals of aerosol load from SEVIRI observations.

Sentinel-3 OLCI Inherent Optical Properties

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Developing Ocean Colour products of Inherent Optical Properties for Copernicus Sentinel-3 OLCI.

EUMETSAT’s third Metop satellite successfully launched

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At 01:47 CET (21:47 Kourou time), EUMETSAT’s polar-orbiting meteorological satellite Metop-C was successfully launched on a Soyuz ST-B rocket from the European Space Port in Kourou, French Guiana.