The completed sections of the guidance can be viewed through the links below:

• Introduction, Purpose and Description
• Section I: Addressing Project Greenhouse Gas Emissions
• Section IV: Vulnerability to Sea Level Rise
• Appendix VI.1, Best Management Practices Checklist for Project Grantees
• Appendix VI.2, Methodology for Calculating GHG Emissions and Reductions
• Appendix VI.3, State of California Sea-Level Rise Interim Guidance Document, October 2010
• Appendix VI.4, Resolution of the California Ocean Protection Council on Sea Level Rise, March 11, 2011

The Conservancy is preparing the remaining sections of the guidance and will post them when they are available. These include:

• Section II: Overview of Climate Change Impacts
• Section III: Adaptive Management
• Section V: Vulnerability from Other Climate Change Impacts
• Appendix VI.5: Annotated Bibliography of Climate Change Adaptation and Greenhouse Gas Reduction Resources

The Climate Change Policy describes the concerns about the effects of global warming on coastal, marine, and near-coast resources within the Conservancy’s jurisdiction. It further identifies the legislative and policy directives that call for the Conservancy to address these impacts, and it describes strategies and actions that the Conservancy will use to address climate change.

The Project Selection Criteria includes three new proposed criteria to address greenhouse gas emissions and vulnerability to sea level rise and other climate change impacts.

Pertinent Facts

A. The State Coastal Conservancy Act of 1976 (Division 21 of the Public Resources Code) establishes the State Coastal Conservancy (Conservancy) to work cooperatively to protect and restore natural resources, agricultural lands, and to provide public access to and along the coast.

B. The Legislature later amended the Conservancy’s geographic and programmatic jurisdiction to include the entire nine-county San Francisco Bay Area, the protection of coastal and marine habitats, urban waterfronts, coastal watersheds, educational projects and programs, administration of the Ocean Protection Council, and implementation of the California Coastal Trail and the San Francisco Bay Area Water Trail Plan.

C. The Global Warming Solutions Act of 2006 (AB 32) declares that global warming poses a serious threat to the environment of California and requires California to reduce its total greenhouse gas (GHG) emission levels.

D. AB32, the Governor’s Executive Orders S-3-05 (2005) and S-13-08 (2008), the Governor’s Office of Planning and Research Technical Advisory dated June 18, 2008, and pending revisions to formal Guidelines for the California Environmental Quality Act (CEQA) all require that agencies consider global warming with respect to their proposed actions.

E. The Conservancy’s Strategic Plan 2007 identifies the many effects that climate change will have on ocean, coastal and near-coastal resources, and the need to consider these impacts in determining the priority of expenditures in the design and siting of Conservancy-funded infrastructure projects; to support others in order to improve our understanding of the effects of climate change; and to identify tools to mitigate and plan for a range of predicted changes.

F. The California coast, ocean, and the San Francisco Bay area are experiencing documented adverse changes as a result of global warming, and climate scientists are predicting that these changes will accelerate, posing tremendous impacts and threats to the resources within the Conservancy’s jurisdiction.

G. California’s coastal, near shore, and marine resources are expected to experience dramatic physical, ecological, economic and social impacts due to predicted higher air and water temperatures, altered precipitation patterns, significant sea level rise, salinity changes, more severe El Niño climate events, increased storm frequency and intensity, higher coastal erosion rates, greater fire intensity and frequency, increased ocean acidification, changes in ocean circulation and upwelling, saltwater intrusion into water sources for agriculture, and other changes.

H. Coastal and bay wetland habitats, already significantly altered and reduced in size due to human activities, are expected to be significantly affected by changes in climate-driven processes such as sea level rise, fresh water flows, and sediment supplies.

I. Increased coastal erosion will likely reduce the lifespan of and threaten California’s existing public and private facilities and structures, beaches and coastal habitats. Sea level rise and other effects of climate change on the coast and ocean threaten California’s $46 billion ocean-dependent economy.

J. Many Conservancy projects result in the protection of open space, restoration of urban areas, and development of multi-purpose trails which will help support efforts to implement transit-oriented, high-density development and reduce vehicle miles traveled and greenhouse gas emissions from transportation.

K. Agricultural protection projects are expected to be vulnerable to higher air temperatures and changes in water supplies, including from saltwater intrusion into groundwater sources.

L. The protection, restoration, and enhancement of habitats, ecosystem processes, and open space is essential to minimizing threats from global warming to California’s biodiversity-an important part of the Conservancy’s mission.

M. The coastal regions of the state are projected to have less severe temperature increases than inland regions, rendering the coastal region even more significant as a refuge for human use and overall biodiversity.

N. Protection of habitat inland and adjacent to tidal wetlands is essential for offsetting some wetland losses due to sea level rise and changes in storm frequencies and intensities.

O. Many habitat restoration projects can sequester carbon, an important factor in reducing the concentration of greenhouse gas emissions and slowing the rate of global warming.

P. The effects of climate change make adaptive management, coupled with monitoring of eco-system processes, more important than ever to assure that non-climate related stressors are identified and addressed early on, to assure that management actions are effective or “do no harm,” and to contribute toward the collective knowledge for use of scientists, managers, and the public.

Climate Change Policies

In light of the Pertinent Facts, above, the Conservancy adopts the following climate change policies:

1. The Executive Officer is directed to consider climate change in evaluating which projects to fund and the manner in which projects are selected, in order to reduce vulnerabilities from climate change while continuing to support the resources (public access, open space, etc.) the Conservancy is charged with protecting.

2. Sea Level Rise and Extreme Ocean Events. The Conservancy will consider flooding and erosion due to sea level rise, and extreme events such as tsunamis in assessing project vulnerability and, to the extent feasible, reduce expected risks and increase adaptive capacity using current scientific information and state guidance documents.

3. Collaboration to Support Adaptation Strategies. The Conservancy will collaborate with other agencies and entities to develop, support, and implement climate change adaptation plans, strategies and projects that minimize or offset impacts to natural resources, public access, and other matters specified in the Conservancy’s enabling legislation.

4. Adaptation Strategies. The Conservancy encourages applications for climate-sensitive projects that include robust adaptation measures and strategies, including pilot or demonstration projects that are consistent with its enabling legislation, strategic plan, and available funding. These may employ innovative strategies for adaptation and mitigation of greenhouse gas emissions to minimize effects of climate change on natural resources and public access. Applications are encouraged for, but not limited to the following types of projects or project elements:

• a. Protection of Areas Adjacent to Shoreline Habitats in order to support the inland shift of habitats such as tidal wetlands, in response to sea-level rise;
• b. Regional Sediment Management to support restoration of natural sediment processes and beneficial reuse of dredge materials to enable tidal wetlands and other shoreline habitats to keep pace with sea-level rise;
• c. Setbacks, Rolling Easements and Planned Retreat which 1) relocate developments further inland or away from areas likely to be affected by flooding and erosion within the life of the structure, 2) remove development as hazards encroach into developed areas, or 3) facilitate landward movement of coastal ecosystems subject to dislocation by sea-level rise and other climate change impacts;
• d. Innovative Designs that incorporate features that are resilient to climate change impacts and can serve as demonstration projects;
• e. Protection of Land for supporting native species in responding to climate change;
• f. Protection of Open Space to protect existing and future habitat for species impacted by climate change and to support transit-oriented, high-density development in urban areas that minimize impacts to habitats and that help reduce greenhouse gas emissions from transportation;
• g. Restoration of Urban Waterfronts and Urban Coastal Watershed Areas to support transit-oriented, high-density development, which help reduce greenhouse gas emissions from transportation;
• h. Conservation, Restoration and Enhancement of Habitats that Sequester Carbon, including forests, tidal wetlands, and estuarine scrub/shrub habitats;
• i. Development of Multi-use Trails that connect communities, provide access to and along the coast, and help reduce vehicle miles traveled;
• j. Management of Invasive Species, especially projects which prevent introduction or spread of invasive species, in order to reduce the impacts of this major stressor on biodiversity;
• k. Riparian Protection, Enhancement, and Restoration Projects that allow for wider riparian corridors to accommodate increased flooding, or provide other benefits such as increased shading to moderate water temperature increases;
• l. Acquisition Planning Projects that apply the latest information on climate change impacts and recommendations on reserve design, to identify wildlife migration corridors and natural lands that have a diversity of topography, soils and microclimates, to maximize the survival of native species and biodiversity and preserve ecosystem processes;
• m. Adaptive Management and Monitoring of ecosystem and physical processes to support implementation of management actions to achieve project objectives under rapidly-changing climatic conditions; and
• n. Living Shoreline Projects which restore and enhance nearshore and tidal habitats such as tidal wetlands, eelgrass and native oysters, to promote sedimentation and protect against shoreline erosion.

5. Climate Change Research. When appropriate and consistent with the Conservancy’s enabling legislation, the Conservancy will support priority research projects that are targeted to increasing understanding of climate change impacts to coastal and bay resources, support vulnerability assessments, quantify carbon sequestration benefits of habitat enhancement and restoration projects, and that demonstrate the effectiveness of applied management strategies.

6. Education, Outreach and Guidance. To the extent feasible with staffing and funding limitations, the Conservancy will collaborate with others to provide current information and guidance to grantees on the latest relevant climate change information and best management practices.

7. Greenhouse Gas Emissions. Conservancy staff will work with applicants to identify, evaluate, and incorporate reasonable measures to reduce the greenhouse gas emissions of Conservancy-funded projects. The Conservancy will encourage use of best management practices and innovative designs that reduce greenhouse gas emissions and, as possible will support the development of such practices and designs through funding and other actions.

8. Carbon Reduction and Offsets. Conservancy staff will continue to measure, verify and report its overall GHG emissions with the end of reducing them; and will explore opportunities to offset emissions from Conservancy operations. The Conservancy will require grantees to obtain the approval of the Executive Officer prior to sale of carbon credits on land for which the Conservancy provided funding to purchase, restore, enhance, or develop.

9. Transportation. Conservancy staff will, where feasible, attempt to reduce their work-related greenhouse gas emissions from travel, through the use of public transportation, carpooling, bicycling, use of low fuel vehicles, clustering meetings and events, and using phone- and web-based conferencing technologies.

PROJECT SELECTION CRITERIA
As Adopted by the Coastal Conservancy on November 10, 2011

REQUIRED CRITERIA

– Promotion of the Conservancy’s statutory programs and purposes
– Consistency with purposes of the funding source
– Support from the public
– Location (must benefit coastal, ocean resources, or the San Francisco Bay region)
– Need (desired project or result will not occur without Conservancy participation)
– Greater-than-local interest
– Sea level rise vulnerability (Consistent with Executive Order S-13-08, for new projects located in areas vulnerable to future sea-level rise, planning shall
consider a range of sea-level rise scenarios in order to assess project vulnerability and, to the extent feasible, reduce expected risks and increase resiliency to sea-level rise.)

ADDITIONAL CRITERIA

– Urgency (threat to a coastal or ocean resource from development or natural or economic conditions; pressing need; or a fleeting opportunity)
– Resolution of more than one issue
– Leverage (contribution of funds or services by other entities)
– Conflict resolution
– Innovation (for example, environmental or economic demonstration)
– Readiness (ability of the grantee and others to start and finish the project timely)
– Realization of prior Conservancy goals (advances previous Conservancy projects)
– Return to Conservancy (funds will be repaid to the Conservancy, consistent with the Conservancy’s long-term financial strategy)
– Cooperation (extent to which the public, nonprofit groups, landowners, and others will contribute to the project)
– Minimization of Greenhouse Gas Emissions (project design and construction methods include measures to avoid or minimize greenhouse gas emissions to the extent feasible and consistent with the project objectives)
– Vulnerability from climate change impacts other than sea level rise (project objectives, design and siting consider and address vulnerabilities from climate change impacts other than sea level rise)

• Buying Time: A User’s Manual for Building Resistance and Resilience to Climate Change in Natural Systems (1MB)
• Draft CEC PIER-EA Discussion Paper: Ecology and Adaptation (598KB)
• Managing an Uncertain Future: Climate Change Adaptation Strategies for California’s Water (1.9 MB)
• Climate Change and Forests of the Future: Managing in the Face of Uncertainty (143 KB)

Emissions Reduction

• Climate Action Team Proposed Early Actions to Mitigate Climate Change in California: Draft for Public Review (176KB)

CEQA and Climate Change

• CEQA and Climate Change: Addressing Climate Change Through the California Environmental Quality Act(CEQA) Review (223KB)

Presentations

• Predicting the Effects of Climate Change on California Bird Distributions – Diana Stralberg (2.3 MB)
• Riparian Restoration and Climate Change – Nathaniel Seavy (1.7 MB)
  
• Climate Change and the Future of California’s Endemic Flora – Scott Loarie (448 KB)
  
• Adaptive Management in an Era of Climate Change: No More Business as Usual? – John A. Wiens (2.5 MB)
• Climate Change as Wildcard in Invasive Species Management: Opportunities for Action – Doug Johnson (2.5 MB)

Reports

• Our Changing Climate: Assessing the Risks to California – A Summary Report from the California Climate Change Center (1.9 MB)
• Preparing for the Impacts of Climate Change in California – Opportunities and Constraints for Adaptation (479 KB)
• California Department of Fish and Game – Climate Change Activities Overview (31 KB)