Atmospheric Composition monitoring (AC SAF)
The AC SAF processes satellite data on ozone, other trace gases, aerosols and ultraviolet data.
Monitoring atmospheric composition from space
Observations of EUMETSAT satellites are critical inputs to monitoring and forecasts of air quality, which are increasingly important for the health of European citizens.
The Copernicus Sentinel-3 mission includes key optical instruments monitoring the composition of our atmosphere.
10 November 2021
04 September 2020
Meteosat imagery is used to characterise aerosols in the atmosphere, including volcanic ash and dust, while onboard Metop, the IASI and GOME-2 instruments observe trace gases such as ozone , nitrogen dioxide, carbon monoxide, methane and aerosols.
In the coming years, EUMETSAT’s role supplying atmospheric observations will further expand as the future Meteosat Third Generation (MTG) and Metop Second Generation (Metop-SG) satellites will carry the Copernicus Sentinel-4 and 5 instruments.
Sentinel-4, onboard MTG, will monitor air quality over Europe every hour at high spatial resolution, while Sentinel-5 will monitor global air quality and climate-related trace gases and aerosols in the Earth’s atmosphere.
Both of the Sentinel instruments will work together with existing instruments on the satellites, for instance, Sentinel-4 will work with the new Infrared Sounder (IRS) and imager (FCI) on MTG, and the Sentinel-5 instrument will work with the IASI-NG, 3MI and METimage instruments.
EUMETSAT with its current satellite systems, and even more so with the future Metop-SG and MTG satellites, will also collect a wealth of observations that are relevant for greenhouse gas monitoring, in support of the Paris Climate Agreement.
EUMETSAT expert explains the effects of the lockdown on air and ocean pollution
This product is produced by the reference 'Optimised Simultaneous Surface Aerosol Retrieval' (OSSAR-CS3) processor upgraded as version 3 in the EUMETSAT operational
Experts have recorded Siberian smoke reaching the geographic North Pole for the first time.
Dual AVHRR Atmospheric Motion Vectors (winds) stop using Metop-A data from 7 July 2021.
Product times of the Meteosat AMV BUFR products changed in November 2020.
Newly released algorithm GPD+ improves Sentinel-3 SRAL/MWR WTC.
Providing EUMETSAT with Top of Atmosphere MAP and CLIM simulations for the evaluation of data processing for the Copernicus CO2M mission.
Study on Sentinel-3 SLSTR AOD retrieval investigations using the prototype software from Swansea University.
Providing a robust Standard Atmospheric Correction module for future Copernicus Ocean Colour data processing for Sentinel-3 OLCI.
Studying the performance of the Sentinel-3 SLSTR sensor to provide a mature AOD product.
Stijn Vermoote (ECMWF/CAMS) and EUMETSAT Trainer Federico Fierli discuss how satellite observations have shown that the impact of COVID-19 is visible from space, due to improved air quality.
Ruediger Lang (CO2 Project Scientist at EUMETSAT) and Greet Maenhout (European Commission) discuss monitoring greenhouse gas measurements from space.
EUMETSAT plays a key role monitoring wildfires, biomass burning, vegetation, land temperature, and even soil moisture, from space.