SNOFLO



SOAP CREEK WATERSHED SITE 68-71A

RESERVOIR LEVELS
Soil Dam Tr To Boyd Branch
April 6, 2025


33°F

Tonight

46°F

Monday

9mph

Windspeed

59%

Humidity

Soap Creek Watershed Site 68-71a, located in Monroe County, Iowa, is a critical flood risk reduction structure designed by the USDA NRCS and completed in 2010. This earth dam stands at 30 feet tall and spans 600 feet in length, with a storage capacity of 255 acre-feet. Situated along the Tr to Boyd Branch river, this site plays a vital role in managing water flow and protecting the surrounding area from potential flooding events.

Managed by the Iowa Department of Natural Resources, Soap Creek Watershed Site 68-71a is state-regulated and undergoes regular inspections to ensure its structural integrity and functionality. With a low hazard potential and a condition assessment of "Not Rated," this dam serves as a key component in the overall flood risk reduction efforts in the region. Its location in Selma, Iowa, and its primary purpose of flood risk reduction highlight the importance of this site in maintaining water resource sustainability in the area.

With a drainage area of 0.73 square miles and a maximum discharge capacity of 385 cubic feet per second, Soap Creek Watershed Site 68-71a exemplifies the collaboration between local government, state agencies, and federal designers in safeguarding communities against the impacts of climate change and extreme weather events. As climate enthusiasts and water resource advocates, understanding the significance of structures like this in mitigating flood risks and protecting our natural environment is essential for promoting resilience and sustainability in the face of a changing climate.

Year_Completed 2010
Dam_Height 30
River_Or_Stream Tr to Boyd Branch
Dam_Length 600
Primary_Dam_Type Earth
Surface_Area 9
Drainage_Area 0.73
Nid_Storage 255
Hazard_Potential Low
Foundations Soil
Nid_Height 30
       

Weather Forecast

Created with Highcharts 8.0.0humidity0.44"0.44"0.32"0.32"Tue Apr 8Wed Apr 9Thu Apr 10Fri Apr 11Sat Apr 12Sat Apr 1232°64°96°100%25%50%75%