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From:Atmospheric Chemistry and Physics (Vol. 22, Issue 1) Peer-ReviewedWe quantify methane emissions and their 2010-2017 trends by sector in the contiguous United States (CONUS), Canada, and Mexico by inverse analysis of in situ (GLOBALVIEWplus CH.sub.4 ObsPack) and satellite (GOSAT)...
From:Atmospheric Chemistry and Physics (Vol. 21, Issue 18) Peer-ReviewedWe evaluate the global atmospheric methane column retrievals from the new TROPOMI satellite instrument and apply them to a global inversion of methane sources for 2019 at 2.sup." x 2.5.sup." horizontal resolution. We...
From:Atmospheric Measurement Techniques (Vol. 14, Issue 8) Peer-ReviewedGlobal high-resolution observations of atmospheric composition from satellites can greatly improve our understanding of surface emissions through inverse analyses. Variational inverse methods can optimize surface...
From:Atmospheric Chemistry and Physics (Vol. 21, Issue 6) Peer-ReviewedWe use satellite (GOSAT) and in situ (GLOBALVIEWplus CH4 ObsPack) observations of atmospheric methane in a joint global inversion of methane sources, sinks, and trends for the 2010-2017 period. The inversion is done by...
From:Atmospheric Chemistry and Physics (Vol. 19, Issue 11) Peer-Reviewed
We use 2010-2015 observations of atmospheric methane columns from the GOSAT satellite instrument in a global inverse analysis to improve estimates of methane emissions and their trends over the period, as well as the...
From:Atmospheric Chemistry and Physics (Vol. 21, Issue 6) Peer-ReviewedWe use 2010-2015 Greenhouse Gases Observing Satellite (GOSAT) observations of atmospheric methane columns over North America in a high-resolution inversion of methane emissions, including contributions from different...
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