Investigations into the use of multi-species measurements for source apportionment of the Indianapolis fossil fuel CO₂ signal

Keyphrases

• Atmospheric Trace Gases 33%
• Atmospheric Tracer 33%
• CO2 Emission Flux 33%
• CO2 Signaling 100%
• Colocalization 33%
• Data Density 33%
• Emission Scenarios 33%
• Existing Knowledge 33%
• Flux Estimate 33%
• Flux Uncertainty 33%
• Fossil Fuel CO2 100%
• High-resolution 33%
• Indianapolis 100%
• Localization Problem 33%
• Multi-species Measurement 100%
• Multispecies 66%
• Observing System Simulation Experiment 66%
• Pseudo-measurements 33%
• Relationship Types 33%
• Sector-level 33%
• Sector-specific 66%
• Self-organizing Map 66%
• Self-reported Data 33%
• Source Apportionment 100%
• Source Sector 100%
• Species Observations 66%
• Specific Emissions 33%
• Trace Gas Measurements 33%
• Trace Gases 66%

Earth and Planetary Sciences

• Atmospherics 75%
• Bottom Current 25%
• Carbon Dioxide Emission 25%
• Emissions 100%
• Fossil Fuel 100%
• Indianapolis 100%
• Self Organizing Map 50%
• Source Apportionment 100%
• Systems Simulation 50%
• Trace Gas 75%