| Project Title: | Role |
| Prototype methane monitoring system for California (view profile) | Collaborator |
| High-Resolution Constraints on North American and Global Methane Sources Using Satellites (view profile) | Project Lead |
| Improved understanding of methane emissions and trends in North America and globally through a unified top-down and bottom-up approach exploiting GOSAT and TROPOMI satellite data (view profile) | Project Lead |
| Continued development and application of a prototype system for exploiting satellite data to improve knowledge of methane emission fluxes with focus on North America (view profile) | Project Lead |
| Quantifying and Partitioning the Global Methane Budget Using Satellite and Ground Based Measurements Of CH4 and Tracers of Its Sources and Sinks (view profile) | Co-Investigator |
| Global methane budgets with improved information content, spatial resolution, and science/policy utility through integration of GOSAT, TROPOMI, and AVIRIS-NG data sets (view profile) | Co-Investigator |
| Use of GOSAT, TES, and Suborbital Observations to Constrain North American Methane Emissions in the Carbon Monitoring System (view profile) | Project Lead |
| Quantifying Methane Sources in the United States Using Satellite and Aircraft Observations (view profile) | Project Lead |
