CA LCC Project
Decision support for climate change adaptation and fire management strategies for at risk species in southern California
Key Links
Project funded by the California LCC |
Primary Category:
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Main Deliverable:
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Main End User Type:
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End Users or Target Audience:
Conservation Biology Institute; US FWS; San Diego Association of Governments - Land Use and Transportation Planning; Arizona State University - School of Geographical Sciences; California Native Plant Society; US BLM; The Nature Conservancy
Geographic Keywords:
Congressional Districts:
CA-51; CA-53; CA-50; CA-52; CA-49
CA LCC Ecoregions:
Proposals:
View this project's Data Management Plan
Products of this project
Title | Deliverable Type | Release Date | Commons Catalog Record or External Link |
---|---|---|---|
Maps: Projected climate change and urbanization impacts on the distribution of Tecate cypress | Datasets / Database | Mar 2014 | Dataset |
Maps: Projected climate change and urbanization impacts on the distribution of Ceanothus greggii | Datasets / Database | Mar 2014 |
External link Dataset |
Maps: Projected climate change and urbanization impacts on the distribution of California gnatcatcher | Datasets / Database | Mar 2014 | Dataset |
Maps: Projected climate change and urbanization impacts on the distribution of big-eared woodrat (Neotoma macrotis) | Datasets / Database | Mar 2014 | Dataset |
Maps: Projected climate change and urbanization impacts on the distribution of Ceanothus verrucosus | Datasets / Database | Mar 2014 | Dataset |
Linking spatially explicit species distribution and population models to plan for the persistence of species under global change. (Adaptive management framework for decision making under global change.) | Publication | Mar 2013 |
Digital Object Id Document |
Fire management, managed relocation, and land conservation options for long-lived obligate seeding plants under global changes in climate, urbanization and fire regime. | Publication | Apr 2014 |
Digital Object Id Document |
Evaluation of assisted colonization strategies under global change for a rare, fire-dependent plant (Tecate cypress). | Publication | Nov 2011 |
Digital Object Id Document |
Does functional type vulnerability to multiple threats depend on spatial context in Mediterranean-climate regions? (Spatially/temporally explicit management recommendations for Ceanothus species: greggii and verrucosus) | Publication | Mar 2013 |
Digital Object Id Document |
Article in March 2014 Estuary News | Publication : Article | Mar 2014 |
External link Document |