Can the Salton Sea Be Saved? What Restoration Actually Means

The words save the Salton Sea can summon very different pictures. One person imagines water returning to an abandoned boat ramp. Another thinks of migrating birds, or the dust that reaches a neighborhood when wind crosses exposed lakebed.

Those hopes share a landscape, but they require different kinds of work. Today's restoration program is building managed habitat and treating exposed ground while the larger lake continues to change. Understanding that distinction makes both the progress and the remaining problems easier to see.

What would it mean to save the Salton Sea?

A healthier future could mean less dust leaving treated areas, dependable feeding and nesting habitat, and public places that nearby communities can use and value. It does not have to mean recreating the resort shoreline of the 1950s.

California's Legislative Analyst's Office explains that the current management projects respond to the harmful effects of the shrinking Sea; they will not restore its former conditions. That is a useful starting point for judging announcements. A habitat pond can be valuable without fixing the water balance of the entire lake. [1]

Why the shoreline keeps changing

The Salton Sea occupies a closed basin. Water arrives through rivers, drains and runoff, then leaves largely through evaporation. The salts remain. When evaporation exceeds inflow, the lake loses volume, salinity rises and more lakebed becomes exposed.

The State Water Board's April 2026 staff report describes a continuing imbalance between inflow and evaporative loss. It also identifies water transfers, changing irrigation practices, drought and regional water management among the factors affecting the Sea. Reducing the story to one broken canal or one dry year misses the continuing system that determines the shoreline. [2]

For the surrounding agricultural landscape, see What's Growing Around the Salton Sea? The relationship between farms, water deliveries and drainage helps explain why a conservation decision can have consequences downstream.

Explore the restoration projects

These six examples show the range of work around the Sea. Some contain completed components inside a larger unfinished project. Others have published plans but no verified construction start in the record used here. “Implementation” and “construction completed” are kept separate.

How a habitat pond can help

The Species Conservation Habitat project, usually shortened to SCH, is the most substantial aquatic example in this guide. Berms and water-delivery structures create managed ponds rather than relying on the whole lake to maintain suitable conditions. Water can be mixed and managed within those defined areas.

In May 2025, the state marked the filling of the East Pond Expansion as a major milestone. The aim was to restore shallow-water habitat and cover exposed ground. The January 2026 project record subsequently reported two filled ponds totaling 2,010 acres. [3] [4]

Covering ground with water and creating usable habitat are related benefits, but the engineering still needs ecological follow-through. A successful pond needs more than an opening ceremony: water delivery, suitable conditions, observation and adjustments must continue.

Dust control can look surprisingly ordinary

Not every restoration site is a new body of water. Roughened ground, rows of grass bales, shallow swales and young plants can be part of a deliberate treatment. The state's dashboard describes surface roughening and grass bales as ways to reduce wind speed near the ground and limit airborne particles; vegetation enhancement adds planting, seeding and irrigation. [5]

Clubhouse and Tule Wash illustrate work that combines vegetation with water management and wind protection. West Bombay Beach provides a different milestone: its record marks construction completed while still describing additional seeding. A site can therefore be built and still need attention. [6] [7] [8]

For a reader, the practical lesson is to look past whether a photograph seems green or impressive. Ask which treatment was installed, what land it covers, and whether later monitoring demonstrates the intended benefit.

How to read the acreage without being misled

A project can have a large planned footprint, completed earthwork on part of it, and water in a smaller portion. Those descriptions can all be accurate at the same time.

These numbers have different scopes and reporting dates. They are not three slices of one pie. The dashboard also explains that interim dust treatments can later be converted into other treatments, and that some species-habitat measures overlap. Adding every number on every page would overstate progress. [5]

This four-step reading guide is an editorial framework, not the state's official project-stage system. It helps keep a construction milestone from becoming a claim that the entire environmental problem has been solved.

Where does restoration water come from?

There is no single supply shared by every project. At SCH, the published record identifies a mixture of New River and Salton Sea water. At vegetation sites, stormwater spreading and, in some cases, groundwater support plant growth. Each site's water arrangement is part of its design, not an unlimited new supply. [4] [6]

Water also connects restoration to questions of land access, rights, energy, maintenance and competing needs. The state project-delivery page emphasizes that land agreements and permits must be secured before work can proceed. A proposed footprint alone does not settle those requirements. [10]

Why not just refill the Sea?

Importing water is a serious engineering and policy question, not something the current pond projects quietly accomplish. In 2022, an independent review supported by UC Santa Cruz evaluated importation proposals, including a Sea of Cortez concept. The panel did not recommend proceeding with the proposed importation concepts after considering cost, time, permitting and environmental consequences. It examined alternatives involving a smaller managed Sea, desalination and replacement water. [11]

Those findings are recommendations from a dated review, not an operating desalination plant or a guarantee of a future lake level. Longer-range planning continues separately from near-term habitat and dust work. The State Water Board identifies the final Long-Range Plan as a focus of a U.S. Army Corps of Engineers feasibility study. [9]

It is reasonable to debate larger solutions while still asking whether today's projects are delivering benefits. The two questions should be examined on their own evidence.

Who keeps the work going?

Construction is a visible expense. Operations and maintenance are a continuing commitment. Pumps, berms, water conditions and vegetation all create responsibilities after contractors leave.

In April 2026, California announced the Salton Sea Conservancy, with a role in long-term stewardship, operations, maintenance and public access. That makes it relevant to the question that follows every ribbon-cutting: who will keep this functioning? Its creation is a governance milestone, not proof that all projects are finished or that every maintenance need is funded. [12]

Residents' experience belongs in that assessment. A project should be judged through the benefits it is intended to provide and the conditions people live with, as well as the number of acres reported.

Understand the landscape on a visit

The North Shore Beach and Yacht Club connects the Sea to its recreational past. The Salton Sea State Recreation Area provides a public shoreline setting, and the Sonny Bono Salton Sea National Wildlife Refuge introduces the habitat story at the southern end.

Bombay Beach offers another perspective on a community beside a changing shoreline, with the Chocolate Mountains forming part of its wider desert setting. Use these established destination guides to plan public stops. The restoration map above is an explanation of projects, not permission to enter construction sites or managed habitat.

The Sea's boat-racing history helps explain why returning water to old shorelines has such emotional force. Restoration asks a further question: what can be protected and made to work for the people and wildlife here now?