SNOFLO

       

COON CREEK 28 & 33

RESERVOIR LEVELS
March 23, 2025


25°F

Tonight

52°F

Monday

11mph

Windspeed

59%

Humidity

Coon Creek 28 & 33 is a vital water resource infrastructure located in Lyon County, Minnesota, specifically in the city of Russell. This structure, managed by the local government, plays a crucial role in water management and regulation in the region. With a dam height of 17 feet and a storage capacity of 264 acre-feet, Coon Creek 28 & 33 serves as a key component in the overall water management system in the area.

This buttress dam, designed for roadway retention, is regulated by the Minnesota Department of Natural Resources, ensuring compliance with state guidelines and standards. While currently rated as having low hazard potential and not yet assessed for condition, Coon Creek 28 & 33 remains an essential piece of infrastructure for flood control and water conservation in the region. Its strategic location along the Redwood River-TR contributes to its significance in maintaining water quality and quantity in the area.

For water resource and climate enthusiasts, Coon Creek 28 & 33 offers a fascinating glimpse into the intersection of infrastructure, water management, and environmental stewardship. As a state-regulated structure with a critical role in the local water system, this dam showcases the importance of sustainable water resource practices and the need for ongoing monitoring and management to ensure the resilience of the surrounding ecosystem. Its presence highlights the interconnectedness of water resources and climate dynamics, making it a valuable asset in the broader effort to safeguard water security and environmental sustainability in the region.

Dam_Height 17
River_Or_Stream REDWOOD RIVER-TR
Dam_Length 270
Drainage_Area 4.1
Nid_Storage 264
Hazard_Potential Low
Foundations Unlisted/Unknown
Nid_Height 17
       

Weather Forecast

Created with Highcharts 8.0.0humidity0.39"0.39"0.58"0.58"0.25"0.25"Tue Mar 25Wed Mar 26Thu Mar 27Fri Mar 28Sat Mar 29Sat Mar 2932°64°96°0%120%60%180%