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The Northern Gulf of Mexico Sentinel Site Cooperative (NGOM SSC) is one of the five Sentinel Site Cooperatives within the broader NOAA Sentinel Site Program (SSP). The NGOM SSC is a partnership focused on sea-level rise and inundation in the northern Gulf of Mexico.

Lower Manhattan Climate Resilience Study

As part of the Lower Manhattan Coastal Resiliency project, an integrated coastal protection initiative, this study was funded by both the City and the State through federal postSandy disaster appropriations. After Sandy, climate resilience initiatives and the investment of community stakeholders led New York City to successfully receive funds to mitigate coastal storm surge flood risks in Two Bridges through the federal National Disaster Resilience Competition.

Regional Resilience Toolkit: 5 Steps to Build Large-Scale Resilience to Natural Disasters

Tool Overview: 

The Regional Resilience Toolkit focuses on the regional scale because disasters happen at a regional scale, and a coordinated process across multiple jurisdictions can result in safer communities. The toolkit is set up to allow multiple jurisdictions and levels of government to work together for regional-scale actions. It is also designed for non-governmental partners and community groups to engage in a more inclusive and holistic process so that resilience actions are guided by core community values.

Coastal and Waterfront SmartGrowth

Tool Overview: 

This website is organized into 10 chapters describing different elements essential for communities interested in implementing coastal and waterfront smart growth. By clicking on the individual chapters on the left side bar, you will get a description of each Coastal and Waterfront Smart Growth Element, how this relates to the Coastal and Waterfront Issues, Tools and Techniques you can use in your community, and Case Studies of successes.

Nearshore Eelgrass Habitat Mapping

Tool Overview: 

The Islands Trust Conservancy has mapped eelgrass habitat to improve our knowledge of where these important habitats exist and to establish a baseline of their health for future monitoring. Between 2012 and 2014, eelgrass habitats were mapped along the shores of the following areas: Ballenas-Winchelsea, Bowen, Denman, Gabriola, Galiano, Gambier, Hornby, Lasqueti, Mayne, North and South Penders and the associated islands of the North Pender Local Trust Area, Thetis and Valdes Islands, Salt Spring Island and Saturna Island.

Humboldt Bay Eelgrass Comprehensive Management Plan

Humboldt Bay is California’s second largest estuary, encompassing roughly 62.4 square kilometers (about 15,400 acres) and supporting more extensive eelgrass resources than any other system in the state. Eelgrass is a highly productive seagrass that contributes to ecosystem functions at multiple levels as a primary and secondary producer, as a habitat structuring element, as a substrate for epiphytes and epifauna, and as a sediment stabilizer and nutrient cycling facilitator.

The San Francisco Bay Living Shorelines: Nearshore Linkages Project

Restoration efforts in San Francisco Bay will advance in Summer 2012 as the San Francisco Bay Living Shorelines: Nearshore Linkages Project is implemented. The overarching project goal is to analyze subtidal restoration techniques and restore critical eelgrass and oyster habitat, while learning more about the potential physical benefits of biological reefs along the shoreline.

Intervention Options to Accelerate Ecosystem Recovery From Coastal Eutrophication

Three decades following the onset of efforts to revert widespread eutrophication of coastal ecosystems, evidence of improvement of ecosystem status is growing. However, cumulative pressures have developed in parallel to eutrophication, including those associated with climate change, such as warming, deoxygenation, ocean acidification and increased runoff. These additional pressures risk countering efforts to mitigate eutrophication and arrest coastal ecosystems in a state of eutrophication despite the efforts and significant resources already invested to revert coastal eutrophication.