| Project Title: | Role |
| Impacts of estuarine processes on delivery of Arctic riverine materials to the near coastal environment: Implications for water quality and biogeochemical (view profile) | Co-Investigator |
| An Alkalinity and Inorganic Blue Carbon Monitoring System: Crediting Wetland-to-Ocean Lateral Fluxes in Carbon Markets and Inventories
(view profile) | Co-Investigator |
| Tidal wetland inundation and vegetation phenology from space - A novel approach for characterizing ecological health and carbon exchanges in coastal wetlands (view profile) | Co-Investigator |
| Wet Carbon Monitoring and Accounting System for Urban Coastlines
(view profile) | Co-Investigator |
| Arctic Deltas and Coastal Margins as Buffers and Transformers of Carbon
Along a Rapidly Changing Land-Ocean Continuum (view profile) | Project Lead |
| Ecological and Sociodemographic Determinants and Impacts of Urbanization and Restoration on Intertwined Urban-Wetland-Estuarine Systems (view profile) | Project Lead |
| Linking PACE to Ocean Applications: A Two#Way Approach to Maximize the Societal Value While Mitigating the Risk of the PACE Mission (view profile) | Project Lead |
| Integrating multidisciplinary observations to understand the linkages between air quality and coastal ecology during the COVID-19 pandemic (view profile) | Project Lead |
| Understanding and Forecasting Impacts of Climate Change and Land Use on Terrestrial Carbon Fluxes in Coastal Watersheds (view profile) | Participant |
| The Carbon Budget of Tidal Wetlands and Estuaries of the Contiguous United States: A Synthesis Approach (WETCARB = Wetland-Estuary Transports and CARbon Budgets) (view profile) | Co-Investigator |
| Tidal Wetlands as Sources and Sinks of Carbon in a Changing world: Remote Sensing, Measurements and Modeling of Wetland-Ocean-Atmosphere Interactions (view profile) | Project Lead |
| Spatial and temporal variability of atmospheric NO2 and other trace gases and aerosols over Eastern US coastal regions: applications to remote sensing observations and studies of nitrogen deposition. (view profile) | Project Lead |
| Linking PACE to Ocean Applications: A Two#Way Approach to Maximize the Societal Value While Mitigating the Risk of the PACE Mission (view profile) | Project Lead |
