Technical note: The CAMS greenhouse gas reanalysis from 2003 to 2020

Author:

Agusti-Panareda Anna,Barré Jérôme,Massart SébastienORCID,Inness AntjeORCID,Aben Ilse,Ades Melanie,Baier Bianca C.,Balsamo GianpaoloORCID,Borsdorff TobiasORCID,Bousserez Nicolas,Boussetta SouhailORCID,Buchwitz MichaelORCID,Cantarello LucaORCID,Crevoisier Cyril,Engelen RichardORCID,Eskes HenkORCID,Flemming JohannesORCID,Garrigues Sébastien,Hasekamp OttoORCID,Huijnen VincentORCID,Jones Luke,Kipling ZakORCID,Langerock Bavo,McNorton Joe,Meilhac Nicolas,Noel StefanORCID,Parrington MarkORCID,Peuch Vincent-HenriORCID,Ramonet MichelORCID,Ratzinger Miha,Reuter MaximilianORCID,Ribas Roberto,Suttie Martin,Sweeney ColmORCID,Tarniewicz JérômeORCID,Wu Lianghai

Abstract

Abstract. The Copernicus Atmosphere Monitoring Service has recently produced a greenhouse gases reanalysis (version egg4) that covers almost two decades from 2003 to 2020 and will be extended in the future. This reanalysis dataset includes carbon dioxide (CO2) and methane (CH4). The reanalysis procedure combines model data with satellite data into a globally complete and consistent dataset using the European Centre for Medium-range Weather Forecasts’ Integrated Forecasting System (IFS). This dataset has been carefully evaluated against independent observations to ensure validity and point out deficiencies to the user. The greenhouse gas reanalysis can be used to examine the impact of atmospheric greenhouse gases concentrations on climate change, such as global and regional climate radiative forcing, assess intercontinental transport, and also serve as boundary conditions for regional simulations, among other applications and scientific studies. The caveats associated with changes in assimilated observations and fixed underlying emissions are highlighted, as well as their impact on the estimation of trends and annual growth rates of these long-lived greenhouse gases.

Publisher

Copernicus GmbH

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