Project Title: | Role |
An Historically Consistent and Broadly Applicable MRV System Based on Lidar Sampling and Landsat Time-series (Tested in the US, and applied to the US NGHGI reporting system) (view profile) | Participant |
Preparing the global CMS Flux system for application to carbon flux inventories via regional-scale, observation-based evaluations (view profile) | Participant |
A prototype data assimilation system for the terrestrial carbon cycle to support Monitoring, Reporting, and Verification (view profile) | Collaborator |
Multisensor data assimilation to support terrestrial carbon cycle and disturbance Monitoring, Reporting, Verification, and Forecasting (view profile) | Collaborator |
Prototyping A Methodology To Develop Regional-Scale Forest Aboveground Biomass Carbon Maps Predicted From Landsat Time Series, Trained From Field and Lidar Data Collections, And Independently Validated With FIA Data (view profile) | Co-Investigator |
A bottom-up, stakeholder-driven CMS for regional biomass carbon dynamics: Phase II (view profile) | Co-Investigator |
A Phase 3 CMS that disaggregates forest biomass estimates in response to stakeholder needs: Seeing the forest for the trees
(view profile) | Co-Investigator |
Tools to bridge the gap between static CMS maps, models, and stakeholders (view profile) | Project Lead |
Developing a framework to quantify uncertainty and harmonize diverse earth observation estimates of forest carbon (view profile) | Project Lead |
North American Forest Disturbance and Regrowth since 1972: Empirical Assessment with Field Measurements and Satellite Remotely Sensed Observations (view profile) | Participant |
Role of North America Forest Disturbance and Regrowth In NACP: Integrated Analyzes Of Landsat and U.S. Forest Service FIA Data - Phase 2 (view profile) | Co-Investigator |
Integrating and Expanding a Regional Carbon Monitoring System into the NASA CMS (view profile) | Project Lead |
Leveraging temporal variation in climate and management across national parks in the western U.S. to characterize three decades of landscape vegetation dynamics (view profile) | Project Lead |
Mapping disturbance interactions from Earth and space: Insect effects on fuels and wildfires across forests of the Pacific Northwest (view profile) | Co-Investigator |