Gage Height, Ft 24hr Change | 4.41% |
Percent of Normal | 101% |
Minimum |
0.99 ft
2015-03-13 |
Maximum |
4.96 ft
2019-04-25 |
Average | 2 ft |
Dam_Height | 8 |
Hydraulic_Height | 8 |
Drainage_Area | 17 |
Year_Completed | 1906 |
Nid_Storage | 276000 |
Structural_Height | 8 |
River_Or_Stream | West Branch Ontonagon River |
Surface_Area | 14080 |
Hazard_Potential | Low |
Dam_Length | 179 |
Primary_Dam_Type | Other |
Nid_Height | 8 |
Bergland Dam, also known as Lake Gogebic Dam, is a private-owned structure located in Ontonagon, Michigan. Completed in 1906, this dam plays a crucial role in regulating the flow of the West Branch Ontonagon River, providing essential water resource management for the surrounding area. With a height of 8 feet and a length of 179 feet, Bergland Dam has a maximum storage capacity of 276,000 acre-feet and a normal storage capacity of 35,200 acre-feet, ensuring a steady water supply for various purposes.
Despite being categorized as having a low hazard potential, Bergland Dam is subject to regular inspections by the state regulatory agency of MICHIGAN DEGLE to ensure its structural integrity and compliance with safety standards. The risk assessment for the dam is moderate, indicating a need for ongoing risk management measures. Additionally, with a spillway type of "Uncontrolled" and a spillway width of 179 feet, the dam is designed to handle a maximum discharge of 10,000 cubic feet per second in times of high water flow, highlighting its importance in mitigating flooding and protecting downstream communities.
As a key component of the local water infrastructure, Bergland Dam serves as a vital resource for water supply, flood control, and environmental conservation in the region. With its long history of operation and maintenance, the dam continues to play a significant role in sustaining the ecological balance of the area while also providing recreational opportunities for residents and visitors alike. The strategic location of Bergland Dam on the West Branch Ontonagon River further underscores its importance in water resource management and climate resilience efforts in Michigan.