Harold Campbell South Lake Dam
Key Takeaway
Harold Campbell South Lake Dam is classified as low hazard in Texas. It was completed in 1965 and is 61 years old. Its primary use is fire protection.
Physical Details
| Dam Height | 30 ft (taller than 67.1% in TX) |
| Dam Length | 700 ft |
| Dam Type | Earth |
| Max Storage | 324 acre-ft |
| Normal Storage | 200 acre-ft |
| Surface Area | 20 acres |
| Drainage Area | 0 sq mi |
| Year Completed | 1965 (61 years old) |
| NID ID | TX03828 |
Safety Information
No probable loss of human life and low economic/environmental losses expected.
Hazard potential describes downstream consequences of failure, not the dam's current condition. What does this mean?
Ownership
HAROLD CAMPBELL
Private
Nearby Dams
Frequently Asked Questions
What is the hazard classification of Harold Campbell South Lake Dam?
Harold Campbell South Lake Dam is classified as Low Hazard. No probable loss of human life and low economic/environmental losses expected. This classification refers to the potential downstream consequences of a failure, not the dam's current structural condition.
Who owns and operates Harold Campbell South Lake Dam?
Harold Campbell South Lake Dam is owned by HAROLD CAMPBELL (Private). The owner is responsible for maintenance, inspections, and compliance with dam safety regulations.
When was Harold Campbell South Lake Dam built?
Harold Campbell South Lake Dam was completed in 1965, making it 61 years old. Many U.S. dams were built between the 1930s and 1970s during a period of major infrastructure investment.
What is the primary purpose of Harold Campbell South Lake Dam?
Harold Campbell South Lake Dam serves the following purposes: Fire Protection, Stock, Or Small Fish Pond. Many dams in the U.S. are multi-purpose, supporting flood control, water supply, recreation, and other uses.
How tall is Harold Campbell South Lake Dam?
Harold Campbell South Lake Dam has a dam height of 30 ft. Dam height is measured from the natural streambed at the downstream toe to the top of the dam, and may differ from the visible height.