Upper Gallatin River Access Restoration Projects
The Upper Gallatin is a world-class river, loved by all who value outdoor experiences. Where it flows through the Custer Gallatin National Forest, increased use threatens the river’s health.
In 2015, the Task Force spearheaded the Gallatin Canyon River Access Site Assessment, examining almost 40 miles of the Gallatin and mapping 111 public river-access sites between Yellowstone National Park and Spanish Creek. In partnership with the Custer Gallatin National Forest, we’ve put together an ambitious plan to improve access while repairing vital natural resources.
Creating and maintaining proper river access points for the Gallatin River is critical. River use is skyrocketing and access points will serve as an important medium for preserving this incredible watershed. Without preservation investments along the Gallatin River, I feel that the region’s growth will outpace the river’s ability to serve and irreversible damage will occur.
Upper Deer Creek (Baetis Alley) Recreation Area
The Upper Deer Creek Riparian Habitat and Access Restoration project will be the second large-scale restoration project to restore the ecological health of the river, sustain fisheries and water insect species diversity, and improve ease and safety of river access along the Upper Gallatin Corridor. Construction will begin late August 2020. Project activities include enhancing riparian buffers, capturing run-off of fine-sediment from the parking area and other pathways, improving the trail system, and developing an accessible fishing access point, which is lacking along the entire Upper Gallatin corridor. Interpretative signage will be installed to educate the public about the importance of healthy riparian areas and how individuals can minimize their impact on riparian areas.
Moose Creek Flat Recreation Area
The Moose Creek Recreation Area project broke ground in fall 2017, restoring a heavily trafficked public day-use area and campground suffering from severe erosion and streamside vegetation damage.
- Stabilized 145 ft. of streambank using bioengineering (vegetation and natural materials) techniques
- Planted 10,939 sq. ft. of floodplain vegetation
- Built 1,000 ft of trails, one boat ramp, and one terraced kayak launch
- Installed 1,460 ft. of riparian fencing
- And designed three educational interpretive signs focused on river ecology, recreation etiquette, and aquatic invasive species