All Related Apply Refine results Type Features Page Article Files & Media News Event Blog Post Document Set General Categories Metop Satellites Atmospheric composition Climate Weather Data Learning Organisation Meteosat Sentinel Features - All Tags OLCI Satellite Applications Facility (SAF) MTG Sentinel-3 Metop-SG ICI SCA Visiting Scientists Atmosphere Climate Monitoring Copernicus IASI Metop-C NWP Features Metop-A Metop-B Metop Himawari Features article Date 2023 2021 2020 2018 2017 SHOW ALL 25 results Features The emission missions How EUMETSAT’s satellite missions help shine light on the climate crisis. Features Facing the elements in Iceland How EUMETSAT data is used to support forecasts and hazard warnings in Iceland. Features Cutting through the noise Shin Koyamatsu homes in on the most meaningful infrared sounder data Features Learning in the extreme Using new machine learning methods to further the potential of EUMETSAT data Features The ice cloud cartographer New Ice Cloud Imager will fill in key gaps in weather forecast and climate models. Features Setting sights north Collaboration between countries in Northern Europe enables specialists to get the most out of data delivered by EUMETSAT’s programmes Features Future focus: Towards better flood and drought monitoring Using remote sensing data to improve understanding of floods, droughts and climate change. Features How did the first coronavirus lockdown affect air and ocean pollution? EUMETSAT expert explains the effects of the lockdown on air and ocean pollution Features Unprecedented wildfires devastate Siberia and spread smoke over the Arctic Experts have recorded Siberian smoke reaching the geographic North Pole for the first time. Features Metop operations - working as a Spacecraft Engineer at EUMETSAT As part of our “Inside EUMETSAT” series, we sat down to have a chat with Richard Dyer! Features First interferogram from Metop-C’s IASI instrument On 14:19 on 10 December 2018, the Infrared Atmospheric Sounding Interferometer on board Metop-C performed its first measurement. Features Metop-C – where is it now Metop-C was launched from the European Space Port in Kourou, French Guiana, on 7 November. Features Switching on Metop-C’s instruments Metop-C is now safely orbiting the Earth after a spectacular and eagerly-awaited launch on 7 November. Features Launch success! After years of hard work and planning, Metop-C was successfully launched from Kourou at 01:47 (CET) Wednesday! Features Metop-C – on the launch pad and ready to go Metop-C is now safely encapsulated inside the fairing atop the Soyuz launcher and waiting on the launch pad in Kourou. Features Metop-C – what happens after lift-off Launching a spacecraft into orbit is something that ignites the public’s imagination. Features On-ground preparation for three satellites in orbit 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. Features Metop – still state-of-the-art, 30 years on Metop-C will be the third satellite in the EUMETSAT Polar System programme. Features Metop-C – fuelling process set to begin The Metop-C launch campaign is back in full swing and picking up pace as we approach the 7 November launch date. Features Why we need Metop-C Observations from polar orbit benefit weather forecasting and climate monitoring on Earth. Features Almost ready for flight... Metop-C launch campaign in stand-by. Features Assembling Metop-C for launch If you’ve been following our blog, you’ll know Metop-C safely arrived in Kourou, French Guiana, aboard three massive Antonov cargo planes. Features C’s the day! The Metop-C launch campaign begins. Features Extending the working lifetime of the Metop-A weather satellite What factors limit the lifetime of Metop-A? Load More