
In 2024, four massive dams on Oregon and California's Klamath River were demolished — the largest dam removal project in US history, freeing 400 miles of river for the first time in a century.
Coho, Chinook, and steelhead salmon couldn't pass the dams for over 100 years. Within months of removal, salmon were spotted in reaches they hadn't accessed since the early 1900s — a wildlife miracle unfolding in real time.
For the Yurok and Karuk peoples, salmon are sacred — central to culture, food, and spiritual identity. The dams devastated their communities for generations. The restoration is one of the greatest environmental justice victories in US history.
Where muddy reservoir beds once sat behind dams, willows, sedges, and native plants are already sprouting. The Klamath is healing itself — showing that when given the chance, rivers and ecosystems can recover remarkably fast.
There are 90,000+ dams in the US — many outdated, many blocking critical fish migration. Klamath's success is inspiring dam removal efforts nationwide, proving river restoration can heal ecosystems, honor tribal rights, and revive fisheries simultaneously. Read the Full Story →
Data from federal agencies shows this issue directly affects millions of Americans. Understanding the scope is the first step toward meaningful action and lasting solutions.
Across the United States, communities are experiencing the real-world consequences. Local economies, public health, and ecosystems are all interconnected—solutions must address all three.
Leading scientists from NOAA, NASA, EPA, and universities nationwide are documenting alarming trends. The evidence is clear: urgent action is needed to protect America's future.
Climate change, industrial activity, policy gaps, and resource mismanagement combine to accelerate this crisis. Addressing root causes—not just symptoms—is essential for lasting change.
Success stories from across America show that informed policy, community action, and scientific innovation can reverse damage and restore resilience. The path forward exists.