The River
The once marshland again longs to fill itself
with water, and up in the mountains
among the shoulder blades of the earth
energy lies clotted behind the dams
awaiting surgery…
The once marshland again longs to fill itself
with water, and up in the mountains
among the shoulder blades of the earth
energy lies clotted behind the dams
awaiting surgery…
Removing two aging Eel River dams known as the Potter Valley Project would benefit salmon, lamprey and people, but what happens next remains unclear.
By the end of 2024 the Lower Klamath River will run free for the first time in a century, enabling fish like salmon and steelhead to reclaim 400 miles of river habitat in California and Oregon.
The combination of research, policy reports, political pressure and movement-building have kickstarted a river restoration effort that shows no signs of slowing down — and could be a model for other regions.
Oil spills, hazardous waste, and ship groundings hex America’s oceans and rivers every year. Pollution drives people away from beaches, leaving them silent as a boneyard. NOAA looks for ways to bring waterways back to life. To do this, NOAA and our partners often look for opportunities to remove or bypass barriers for fish passage such as dams, faulty culverts, or grates.
This is the sordid tale of six dammed rivers, where pollution settlements provided the opportunity for waters across America to rise from the grave.
The Klamath is a river in peril, plagued by dangerously poor water quality and collapsing salmon populations. That could start to change as early as 2022, when four dams are likely come down on the river — the biggest dam-removal and river-restoration project in history. Dam removal is expected to help solve many, but not all, of the river’s challenges, and understanding the change that does happen is crucial to planning the next steps for improving the river’s health.
Many hydroelectric dams produce modest amounts of power yet do enormous damage to rivers and fish populations. Why not take down these aging structures, build solar farms in the drained reservoirs, and restore the natural ecology of the rivers?
In early January, on a visit back to my old stomping grounds in western Massachusetts, I trekked along the snowy banks of Amethyst Brook, a beautiful headwater tributary in the Connecticut River watershed.