Associate Environmental Scientist
Resilient Landscapes Program
Carbon, Ecosystems & Climate
Delta Science & Management
Denise joined SFEI’S Resilient Landscapes program as an Associate Environmental Scientist in 2022. She earned her Master of Science in Environmental Policy and Management from the University of California, Davis. During graduate school, she worked with the Bureau of Land Management in conjunction with the US Geological Survey to understand current BLM practices for analyzing cumulative effects in environmental assessments. Additionally, she worked with the California Department of Fish and Wildlife at their Biogeographic Data Branch, interpreting and evaluating raw data of rare animals and plants in the California Natural Diversity Database. Before graduate school, Denise worked on various ecological restoration projects and wildlife surveys throughout the Bay area with Save the Bay and the National Park Service.
Related Projects, News, and Events
Managing Open Space in Support of Net Zero (Project)
Protecting carbon stocks and increasing carbon sequestration can support climate change mitigation and maintain healthy, resilient ecosystems. To support SFPUC managers in making informed carbon management decisions, the Alameda Watershed Carbon Assessment offers scientific guidance on the watershed’s current and potential performance as a natural climate solution. This assessment was framed by two main objectives: to quantify current carbon stocks in the Alameda Watershed, and to evaluate opportunities to enhance carbon sequestration in its vegetation and soils.
Blue Carbon Science to Support Climate Action (Project)
Working with other scientists, agency staff, and regional and state-level managers and planners, we are building alignment and capacity for blue carbon quantification through science synthesis, outreach, and mapping.
Delta Wetlands and Resilience: Blue Carbon and Marsh Accretion (Project)
Restoring wetlands in the Sacramento-San Joaquin Delta (Delta) can mitigate subsidence, sequester carbon, reduce GHG emissions, and provide habitat for wetland dependent species. These benefits–their magnitude, scope, and resilience to future sea level rise–depend on the type and siting of new wetlands; rates of carbon accumulation, GHG emissions, and vertical accretion; and opportunities for wetlands to migrate upslope.