![An aerial view of Surfers' Point taken February 4, 2014 An aerial view of Surfers' Point taken February 4, 2014](https://webarchive.library.unt.edu/web/20161225091225im_/https://toolkit.climate.gov/sites/default/files/styles/splash_image/public/SurfersPointaerial-2-4-2014.jpg?itok=QSC7nuh5)
Restoring Surfers' Point: Partnership's Persistence Pays Off
Stressors and impacts
In 1992, the City of Ventura, California, saw the return of a familiar problem: the recently re-constructed bike path along the beach at Surfers' Point was eroding away again. Coastal erosion eventually swallowed large portions of the bike path, as well as the parking lot at the adjacent fairgrounds. Hasty efforts to preserve the area ultimately led to further damage. By 1997, crumbling asphalt, concrete barricades, and rusty chain-link fences erected to keep people from danger made the area a hazardous eyesore.
A long road to consensus
In 1995, a working group that included city planners, the California Coastal Conservancy, the State Coastal Commission, the Ventura County Fairgrounds, the Surfrider Foundation, and other stakeholders began to consider and propose options for restoring the beach. Paul Jenkin, Ventura Campaign Coordinator of the Surfrider Foundation, worked to engage residents, making numerous public presentations and encouraging groups to work toward a win-win solution. The effort, ultimately called the Surfers' Point Managed Shoreline Retreat Project, was beset by conflicting ideas about the best strategy for addressing the problem, pressure to keep the area open for public recreation, and the challenges of reaching a compromise and securing funding.
Working together at times, and at odds at other times, it took the groups more than a decade of discussion to come to consensus. They eventually agreed on a strategy that would restore the beach's recreational opportunities and uncluttered view. Focusing on goals they had in common and identifying a bounded problem helped the groups converge on a single solution strategy. The decision to retreat from the ocean—pulling existing structures inland to make room for natural beach processes—allayed concerns that a hardened solution such as a seawall would degrade conditions for surfing, opened opportunities to rehabilitate the beach ecosystem, and enhanced the natural protection of assets on land.
Rehabilitating the beach
In 2011, the Surfers' Point working group celebrated the completion of the first phase of the project. Using grant funds from the California Coastal Conservancy and the Federal Highway Administration, the project successfully relocated the bike path and beach parking lot out of harm's way.
To stabilize the area, the project constructed a "cobble mattress" on the back beach, replacing artificial fill that had been imported for the parking lot. Sand from inland sources was placed in the retreat zone to complement the cobbles and help re-create dunes. Later, the project constructed dunes using sand from downcoast beaches where onshore winds were creating a problem of excess sand. Volunteers vegetated the dunes and installed signs and fencing to keep foot traffic out of the restoration area. The project also installed a stormwater filtration system to capture water from the new parking lot. The water is filtered and then discharged into the Ventura River estuary, improving water quality in both the estuary and along the adjacent shoreline.
As of 2014, the beach at Surfers' Point has a 70-foot wide buffer zone and a significant sediment reservoir. As a result of increased dune elevations, erosion is no longer a threat to infrastructure inland from the beach. The project was designed with sea level rise in mind, and project leaders feel confident the restored area will prove to be more resilient than adjacent beaches as water levels increase. Though the situation has improved, rising sea levels will continue to threaten the beach. The local Surfrider group will likely remain active, working to protect the beach by ensuring its resilience.
Climate Explorer Exercise
The image and text below describe an interactive, map-based exploration of the area described in the case study. Use the instructions below the image to guide your exploration in the Climate Explorer tool (opens in a new window).
This Climate Explorer map displays sea level rise of three feet and the 2011 National Land Cover dataset. Pink areas on the map represent urban development. Surfers' Point is the headland just south of the intersection of the major roads. While a sea level rise of three feet would not inundate much land in this region, the coastal erosion caused by higher water is more serious, so resilience measures focus on mitigating erosion and protecting infrastructure.