Model output for determining sector-based CO2 emissions in both pseudodata and real-data inversion analyses of Indianapolis for January-April 2015.

B. Nathan, T. Lauvaux, J. Turnbull & K. Gurney
t We assimilate multiple trace gas species within a single high-resolution Bayesian inversion system to optimize CO2ff emissions for individual source sectors. Starting with carbon monoxide (CO), an atmospheric trace gas with fairly well-known emissions, we use emission factors of CO and CO2ff (called RCO) defined for each source sector to enable us to jointly use CO and CO2 atmospheric mole fractions to constrain CO2ff sectoral emissions. We first show that our combined CO-CO2 inversion...
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