The Great Un-Daming: Healing the Klamath and the Evolution of California Agriculture

​The removal of four massive hydroelectric dams along the Klamath River in 2024 was more than a technical feat; it was the conclusion of a century-long political and environmental struggle. Today, as the river flows freely for the first time in generations, the region is grappling with a new reality—one defined by the memory of ecological collapse and the difficult transition of the farming communities that call the basin home.

​The Catalyst: A River of Dead Salmon

​The modern political movement to remove the dams was forged in tragedy. In September 2002, the Klamath River became the site of one of the largest fish kills in United States history. Following a federal decision to prioritize upstream irrigation during a severe drought, water levels in the lower river dropped dangerously low.

​The resulting shallow, warm, and stagnant pools became a breeding ground for pathogens like Ich (white spot disease) and Columnaris (gill rot). Within days, an estimated 34,000 to 70,000 adult Chinook salmon perished before they could spawn, their bodies lining the riverbanks. This disaster galvanized a powerful coalition of the Yurok, Karuk, Hoopa Valley, and Klamath Tribes, who viewed the dams not just as infrastructure, but as a direct threat to their cultural survival and food sovereignty.

The Backbone of the Basin: What the Land Produces

​The Klamath Project supports over 200,000 acres of farmland on the California-Oregon border. This high-altitude desert is blessed with unique "reclaimed" soil—a nutrient-rich mixture of volcanic ash and decomposed organic matter from ancient lakebeds.

​Historically, this region has been a powerhouse for specialty crops. It produces a significant portion of the global supply of horseradish and mint, which are essential for everything from gourmet condiments to toothpaste and teas. The area is also a major hub for row crops, specifically potatoes and onions destined for the snacks and frozen foods we find in grocery stores nationwide.

​Beyond human food, the basin is vital for the Western livestock industry. Farmers grow massive quantities of alfalfa and hay to support dairy and beef cattle, as well as wheat and barley used in crop rotation to maintain soil health. Perhaps most surprisingly, the region is a global leader in nursery production, specifically for strawberry plants. These "daughter" plants are grown in the basin's sterile soils before being shipped to berry growers all over the world.

​Life After the Dams: The Farmers’ New Reality

​Today, the landscape is physically and economically shifting. For many farming families, the removal of the dams—which once acted as a predictable water buffer—has introduced a period of intense uncertainty.

​A New Water Framework

​The "water wars" haven't ended; they have simply evolved. Farmers are now operating under a revised regulatory framework that balances irrigation needs with the legal requirements to protect the newly accessible salmon habitat. In wet years, the basin thrives, but during droughts, the lack of reservoir storage means many growers must choose between expensive groundwater pumping or leaving their fields fallow.

​The Rise of "Restoration Farming"

​In an ironic twist, some farmers have found a new way to stay profitable: growing the river itself. To stabilize the 1,300 acres of land exposed by the receding reservoirs, the government has contracted local growers to produce millions of native seeds. Farmers who once focused on potatoes are now cultivating Blue Wild Rye and Willow to help revegetate the riverbanks.

​Regenerative Shifts

​There is also a growing movement toward managed wetlands. By converting low-lying alfalfa fields back into marshes, some landowners are creating natural filters that clean the water before it re-enters the Klamath. These farmers often receive federal subsidies for conservation, pivoting from traditional production to environmental stewardship.

​The story of the Klamath is no longer just about the "fish vs. farm" binary of the early 2000s. It is now a complex experiment in how a 21st-century agricultural economy can coexist with a restored, wild river.

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