SNOFLO

       

SENATOR WASH - SQUAW LAKE DIKE

RESERVOIR LEVELS
March 25, 2025


64°F

Tonight

96°F

Wednesday

3mph

Windspeed

12%

Humidity

Located in Imperial, California, the Senator Wash - Squaw Lake Dike is a critical federal structure managed by the Bureau of Reclamation for hydroelectric purposes. Constructed in 1966, this Earth dam stands at a height of 95 feet and stretches for 3,795 feet, with a storage capacity of 17,766 acre-feet. It plays a key role in regulating the offstream flow of the Senator Wash River, serving as a vital component of water resource management in the region.

With a high hazard potential and risk assessment rating of 2, the dike requires regular inspections and maintenance to ensure its structural integrity and safeguard against potential emergencies. Despite its remote location and lack of a spillway, the dam's importance in water storage and flood control cannot be understated. As part of the federal infrastructure, the Bureau of Reclamation oversees its operations, inspections, and regulatory matters, highlighting its significance in the overall water management system.

For water resource and climate enthusiasts, the Senator Wash - Squaw Lake Dike represents a key piece of infrastructure in California's water management network. Its role in hydroelectric power generation, storage capacity, and flood control underscores its importance in ensuring water security for the region. As climate change impacts water availability and variability, structures like the Senator Wash - Squaw Lake Dike will play a crucial role in adapting to changing conditions and mitigating risks associated with extreme weather events.

Year_Completed 1966
Dam_Height 95
River_Or_Stream SENATOR WASH - OFFSTREAM
Dam_Length 3795
Primary_Dam_Type Earth
Surface_Area 470
Hydraulic_Height 78
Drainage_Area 21
Nid_Storage 17766
Structural_Height 95
Hazard_Potential High
Foundations Rock
Nid_Height 95
       

Weather Forecast

Created with Highcharts 8.0.0humidityThu Mar 27Fri Mar 28Sat Mar 29Sun Mar 30Mon Mar 31Mon Mar 3164°128°192°0%120%40%80%