SNOFLO

       

UNIVERSITY MOUND NORTH BASIN

RESERVOIR LEVELS
March 25, 2025


53°F

Tonight

66°F

Wednesday

8mph

Windspeed

81%

Humidity

University Mound North Basin, located in San Francisco, California, was completed in 1885 and serves as a critical water supply structure in the region. This earth-type dam stands at a height of 17 feet and has a hydraulic height of 15.5 feet, with a storage capacity of 182 acre-feet. The dam has a surface area of 10 acres and a length of 2422 feet, making it a significant infrastructure for water management in the area.

Managed by the local government and regulated by the Department of Water Resources and Safety of Dams, University Mound North Basin is considered to have a high hazard potential but is currently assessed as satisfactory in condition. Regular inspections are conducted, with the last assessment in September 2017, ensuring the safety and reliability of the structure. With its primary purpose of water supply and a history dating back over a century, this dam plays a crucial role in maintaining water resources in the region.

Overall, University Mound North Basin stands as a historic and essential water management infrastructure in San Francisco, California. With its solid construction, regulated oversight, and significant water storage capacity, this dam continues to support the region's water supply needs while also playing a vital role in climate and water resource management efforts. Climate and water enthusiasts will find this structure fascinating for its historical significance and ongoing contribution to sustainable water management practices.

Year_Completed 1885
Dam_Height 17
River_Or_Stream Offstream
Dam_Length 2422
Primary_Dam_Type Earth
Surface_Area 10
Hydraulic_Height 15.5
Nid_Storage 182
Hazard_Potential High
Nid_Height 17
       

Weather Forecast

Created with Highcharts 8.0.0humidity0.23"0.23"0.18"0.18"0.04"0.04"0.2"0.2"0.08"0.08"0.05"0.05"0.08"0.08"0.28"0.28"0.32"0.32"0.08"0.08"0.5"0.5"0.38"0.38"0.07"0.07"Thu Mar 27Fri Mar 28Sat Mar 29Sun Mar 30Mon Mar 31Mon Mar 3132°64°96°60%30%90%120%