The Narrows Hydroelectric Project and Englebright Dam: SYRCL joins Agencies and YWA on a site visit
Recently, our dedicated team from the South Yuba River Citizens League (SYRCL) had the opportunity to join the Federal Energy Regulatory…
Recently, our dedicated team from the South Yuba River Citizens League (SYRCL) had the opportunity to join the Federal Energy Regulatory…
Public is asked to attend July 10th Public Meeting On July 10th, the Federal Energy Regulatory Commission will hold a public…
On January 16th, SYRCL and our allies in the Foothills Water Network filed comments with the Federal Energy Commission (FERC) requesting formal studies to help restore salmon in the lower Yuba River. Our comments also focused on the YWA’s Final License Application for the project and are part of the relicensing of the Narrows 1 Project located on the lower Yuba River.
Dams create a number of issues for the overall health of a watershed. One of the primary issues is that they modify the volume (discharge) and timing of when and how water flows in the portion of the river downstream. Dams trap and store water in the wet periods of time, and then release additional water during the dry, hot periods of time to meet human need.
SYRCL and Friends of the River recently sent a letter to the National Marine Fisheries Service to compel the agency to craft a watershed-wide solution to save the threatened species native to the Yuba Watershed, including Spring-run Chinook salmon, steelhead trout, and green sturgeon. The letter demands a new biological opinion, presenting compelling evidence that harm caused by the Corps’ dams, compounded by increased harm from climate change, is responsible for the dramatic decrease in Yuba River fish populations. Details
Despite our best efforts, the salmon have had two of the worst years on record. Salmon don’t appear to take notice of plans and funding requests. They continue to struggle to survive in the aftermath of the mining and dam building eras, maximizing their ability to thrive in habitat that slowly recovers. Details