James Riverbank Stabilization
jamestown, North Dakota
Interstate Engineering worked with the City of Jamestown to obtain funding from FEMA to stabilize the stream banks located on the James River.
Interstate Engineering worked with the City of Jamestown to obtain FEMA funding to stabilize the James River stream banks.
The project included six sites: three sites near Nickeus Park on the north end of the city, one near McElroy Park on the south end of the city, and two near the scenic Buffalo Road on the southeast side of the city. Each location was selected based on its susceptibility to erosion, importance to the local environment, and community infrastructure.
The project involved placing geotextile fabric and riprap along the shoreline to limit erosion in problem areas along the James River. Geotextile fabric acts as a barrier, preventing soil particles from being washed away while allowing water to pass through. Riprap, which consists of large stones, helps to absorb and dissipate the energy of flowing water, further protecting the banks from erosion. These materials were specifically chosen for their effectiveness in preventing erosion and providing long-term stability to the riverbanks. Combining geotextile fabric and riprap creates a robust solution that can withstand the forces of nature over time.
The design for the project was completed in 2019 and was constructed in 2020. The planning and execution phases involved detailed assessments and precise engineering to ensure the project met all safety and environmental standards. This timely completion has helped protect vital river areas, ensuring environmental preservation and protection for the surrounding community. By stabilizing the banks of the James River, the project has also contributed to the enhancement of recreational areas, improved the aesthetic appeal of the riverfront, and safeguarded local wildlife habitats.
Interstate Engineering Team
Travis Dillman, PE – Client Manager
Ben Aaseth, PE – Project Manager
Funding Sources
- FEMA
Completion Date
- January 2022