In recent years, spaceborne CO2 observations from the OCO missions have been successfully ingested into local, regional, and national carbon accounting methodologies. However, all spaceborne observations are influenced by physical and environmental factors such as clouds and aerosols that affect their coverage. A new study by Roten et al. ( Coverage-Limiting Factors Affecting the Monitoring of Urban Emissions With the Orbiting Carbon Observatory Missions ) investigated these factors and determined that the time needed to constrain emissions varies among cities within the United States.
Figure shows the predicted amount of time that elapses between observations with the OCO-2 and OCO-3 instruments. The white points indicate the cities routinely targeted by OCO-3 SAM mode while their size represents the number of unconstrained emissions released between observations.
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Figure shows the predicted amount of time that elapses between observations with the OCO-2 and OCO-3 instruments. The white points indicate the cities routinely targeted by OCO-3 SAM mode while their size represents the number of unconstrained emissions released between observations.
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