Rancho Cañada Floodplain Restoration Project

Monterey Peninsula Regional Park District (District) in collaboration with numerous federal, state, and local government agencies and non-profits is beginning the process to restore migration and spawning habitat for steelhead at a new location in the Carmel River watershed. The project site is on a portion of the former Rancho Cañada Golf Club property that was conveyed to the District in 2018 by the Trust for Public Land. The site is approximately 185 acres in size and spans both banks of the Carmel River. The overall goal of the project is to restore and enhance floodplain connectivity and channel processes that will foster sustainable riparian and salmonid habitat along the Carmel River, while being compatible with current and future public access at the site.

An initial outreach meeting was held on the evening of March 9, 2022.  A recording of the meeting can be found here.

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Project Description 

Monterey Peninsula Regional Park District (District) in collaboration with numerous federal, state, and local government agencies and non-profits is 

beginning the process to restore migration and spawning habitat for steelhead (Oncorhynchus mykiss) at a new location in the Carmel River watershed. The project site is on a portion of the former Rancho Cañada Golf Club property that was conveyed to the District in 2018 by the Trust for Public Land. The former golf course is approximately 185 acres in size and spans both banks of the Carmel River. The project would entail excavation of a floodplain features on about 40 acres of the site that is closest to the river and construction of a new pedestrian bridge. 

A natural floodplain is vital habitat for to the survival of salmonid fish, as it serves as a nursery and rearing area to grow and mature before returning to the ocean. Such habitat, which is flooded in the wet season and typically supports robust riparian vegetation, provides far more food for young-of-the-year fish than the main part of the river. The floodplain also provides a slow-water refuge during high flow events and can also help recharge the groundwater and reduce flooding in adjacent areas.  

The Carmel River watershed contains over one hundred stream miles of high-quality spawning grounds, but virtually no floodplain. As a result, the overall goal of the Rancho Cañada Floodplain Restoration Project is to restore and enhance floodplain connectivity and channel processes that will foster sustainable riparian and salmonid habitat along the Carmel River, while being compatible with current and future public access to park lands. The project implements the recommendations of the Steelhead Recovery Plan, issued by the National Oceanic and Atmospheric Administration’s National Marine Fisheries Service (NOAA Fisheries). The project will also strive to accommodate the existing public trails on the property and will consider other public access amenities that are compatible with habitat protection. Secondary potential benefits of the project are the enhancement of public access to the river for wildlife viewing, education, and non-motorized recreation (subject to subsequent District Planning and Policy).   

Illustration of inundated floodplains and fish rearing

Goals and Objectives 

In 2018, a Technical Advisory Committee (TAC), consisting of numerous federal, state, and local government stakeholders was formed in collaboration with the District, California Coastal Conservancy, and Trout Unlimited for the project. The TAC drafted a vision for the project as well as goals that were based on a review of the geomorphic, hydraulic, and biological context of the site. The main goals for the project include: restoring and enhancing floodplain and channel processes in the Carmel River (at the Rancho Cañada Unit of Palo Corona Regional Park) to foster sustainable riparian and salmonid habitat consistent with District recreational access and trail needs and restoring floodplain and floodway function, while accommodating appropriate recreational uses and ensuring that the project will not increase flood water elevations. 

Project Contacts

Katrina Harrison
McBain Associates, Applied River Sciences
Water Resources Engineer

katrina (at) mcbainassociates.com 

Tom Gandesbery
State Coastal Conservancy
Project Manager
tom.gandesbery (at) scc.ca.gov 

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