| EUMETSAT

Requirements for Copernicus Ocean Colour vicarious calibration infrastructure

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Generating a scientific, technical and operational requirements document for the Copernicus ocean colour vicarious calibration infrastructure.

Metop-C – what happens after lift-off

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Launching a spacecraft into orbit is something that ignites the public’s imagination.

Ocean Colour Bright Pixel Correction

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Scientific review and development of Ocean Colour Bright Pixel Correction (OC-BPC).

EPS/ASCAT ocean wind assessment

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Assessment of the impact and further development of the assimilation strategy of Metop ASCAT products at ECMWF.

Validation of ASCAT measurements over cold target regions

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Validation of ASCAT measurements over cold target regions.

On-ground preparation for three satellites in orbit

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In previous blogs, it has been mentioned that once launched, Metop-C will fly in a “tri-star” constellation with its sibling spacecraft, Metop-A and –B.

Metop – still state of the art, 30 years on

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Metop-C will be the third satellite in the EUMETSAT Polar System programme.

Metop-C – fuelling process set to begin

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The Metop-C launch campaign is back in full swing and picking up pace as we approach the 7 November launch date.

Arctic sea ice reaches sixth-lowest minimum

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Dr Rasmus Tonboe explains what that means.

Why we need Metop-C

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Observations from polar orbit benefit weather forecasting and climate monitoring on Earth.