From the Salton Sea Management Program:
The Salton Sea Management Program is utilizing an initial federal investment to add approximately 750 acres to the Species Conservation Habitat (SCH) Project footprint between the New River and end of the causeway. Construction of a new berm will create a new pond, referred as East Pond 1 Expansion. Once the berm is completed, the overall East Pond area of the original SCH project and East Pond 1 Expansion can be filled with water and commissioned, covering nearly 2,000 acres of exposed lakebed. Initial work for the East Pond 1 Expansion is already underway, and construction will continue into 2025.
Implementation of the SCH Project, via a design-build contract, was initiated in 2021. The SCH Project aims to restore deep and shallow water habitats lost as a result of the Salton Sea’s increasing salinity and recession. The State of California allocated approximately $206 million in funding to implement 4,100 acres and that area it is nearly complete.
In December 2023, the U.S. Bureau of Reclamation granted the State $70 million to begin the expansion of the SCH Project to accelerate dust suppression and aquatic habitat projects at the Sea. The funding is a portion of the $250 million in federal funding commitments in the 2022 Commitment to Support Salton Sea Management Related to Water Conservation in the Lower Colorado River Basin Agreement.
Just last month and resulting from years of work by many, actions were announced to conserve nearly 230 billion gallons of water by 2026, facilitate land access for project implementation, and provide an additional $175 million in federal funding to accelerate the State’s restoration efforts. This funding fulfills the Bureau of Reclamation’s commitment to support the State’s expanded and accelerated projects at the Salton Sea that address air quality to protect public health and restore habitat in association with the Colorado River conservation. The SSMP Team is planning to direct this additional federal funding to further expansion of the SCH Project.
