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The data provided by Metop can be accessed in various ways
MTG will provide more information to weather forecasters – and more frequently.
The Meteosat second generation satellites carry two main instruments.
Metop Second Generation satellites will carry ten game-changing instruments.
This study validated two different IASI methane products using model, in situ and ground-based remote sensing data.
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.
Destination Earth (DestinE) is a major initiative of the European Commission through DG CONNECT
Observations from space offer a powerful tool for the study of the interaction between clouds and radiation and for the retrieval of cloud properties.
MTG’s instruments will observe the full life cycle of storms.
Providing satellite-derived measurements of AOD over ocean and continents on a daily basis.
Find out about data services from the Copernicus Sentinel missions
Defining protocols and methodologies to analyse the performance of Sentinel-3 SLSTR.
Climatological characterisation of candidate ocean sites for Copernicus OC-SVC infrastructure - BOUSSOLE.
Study in preparation for MTG-IRS in NWP using GIIRS observations.
Hyperspectral missions have been providing key information to numerical weather prediction (NWP) for about two decades, e.g.
Climatological characterisation of candidate ocean sites for Copernicus OC-SVC infrastructure - Lampedusa.
Climatological characterisation of candidate ocean sites for Copernicus OC-SVC infrastructure - Madeira.
Study looking at the use of IASI Reconstructed Radiances in AC/AQ retrievals.
Climatological characterisation of candidate ocean sites for Copernicus OC-SVC infrastructure - Crete.
Study into five candidate locations for optimal placement for potential OC-SVC infrastructure.