Developing a Framework for Valuing Carbon Sequestration in San Diego’s Natural Lands


IEMM collaborates on multiple ongoing projects in an effort to develop a framework for carbon sequestration in San Diego County. 

We're investigating how restoring natural and working lands, which cover almost half of San Diego County, can help achieve our goals for reducing greenhouse gases (GHG).

This work supports California’s climate policy portfolio, which includes a robust GHG reduction strategy. Within this strategy, prioritizing nature-based solutions that capture carbon by preserving and managing natural and working lands is a top priority.

Our focal initiatives include:

  • an assessment of available information on sequestration rates for vegetation communities in the region

  • the Connecting Wildlands and Communities (CWC) project, which explores the many benefits of integrating natural land conservation considerations into land-use planning to reduce climate impacts and enhance community and ecosystem resilience

  • integration of the information we learn from our carbon sequestration assessment and CWC’s ongoing efforts to enhance our understanding of chaparral carbon dynamics and inform land-use planning and carbon offset considerations

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More Climate Adaptation Science Projects

 
Southern California Montane Forest Conservation Strategy

This project aims to enhance our understanding of the challenges facing Southern California's montane forests due to escalating threats worsened by climate change. Through multi-jurisdictional collaboration, we are identifying strategies to bolster forest resilience.

Collaborative of Native Nations for Climate Transformation and Stewardship (CNNCTS)
CNNCTS advances a model of Indigenous-led land stewardship for climate adaptation and resilience. This project includes integrated support of coastal resilience, cultural and prescribed fire, climate-informed restoration, and land rematriation efforts.
Climate Resilient Connectivity for California’s South Coast Ecoregion
This project produced connectivity linkage maps for the South Coast Ecoregion that serve to support practical, proactive management of biodiversity under climate change.
FaCeT
FaCeT is a bi-coastal platform co-created by IEMM that allows users to track fisheries-relevant physical and biological ocean features. This tool is part of an ongoing NASA Biodiversity and Ecological Forecasting project supporting climate-ready and sustainable fisheries practices.
Ecological Impacts of Climate Change
A team of ecologists and climatologists reviewed and reported on the most current, regionally specific climate information. This was paired with current research on species and habitats of the South Coast that are at risk due to climate and other stressors.