SNOFLO

       




JAMES TINGLE

RESERVOIR LEVELS
March 29, 2025


46°F

Today

22°F

Tonight

7mph

Windspeed

47%

Humidity

James Tingle, a local government-owned dam in Park County, Colorado, stands as a crucial water supply infrastructure completed in 2009. Designed by Deere and Ault Consultants, this earth-type structure spans 4609 feet in length and reaches a height of 26 feet, with a maximum storage capacity of 495 acre-feet. Situated along Michigan Creek-OS, James Tingle plays a vital role in water resource management in the region, serving as a key component in water supply operations.

With a high hazard potential and a satisfactory condition assessment, James Tingle is regulated and inspected by the Colorado Division of Water Resources, ensuring its structural integrity and safety. The dam features an uncontrolled spillway with a width of 20 feet and a maximum discharge capacity of 711 cubic feet per second. Despite its moderate risk assessment rating, the dam's emergency action plan (EAP) status and inundation maps' preparedness remain unclear, highlighting areas for potential improvement in emergency response readiness.

As a significant water resource asset in the area, James Tingle plays a critical role in providing essential water supply services to the surrounding communities. With its strategic location, structural features, and regulatory oversight, the dam contributes to the region's water management efforts while also posing potential risks that necessitate ongoing monitoring and maintenance to ensure public safety and environmental protection.

Year_Completed 2009
Dam_Height 26
River_Or_Stream MICHIGAN CREEK-OS
Dam_Length 4609
Primary_Dam_Type Earth
Surface_Area 24
Hydraulic_Height 22
Nid_Storage 495
Structural_Height 26
Hazard_Potential High
Foundations Rock, Soil
Nid_Height 26
       

Weather Forecast

Created with Highcharts 8.0.0humidity0.31"0.31"0.67"0.67"0.1"0.1"0.05"0.05"0.62"0.62"0.45"0.45"0.53"0.53"0.13"0.13"0.83"0.83"1.18"1.18"0.06"0.06"0.14"0.14"Sun Mar 30Mon Mar 31Tue Apr 1Wed Apr 2Thu Apr 332°64°96°100%25%50%75%