District 9
Teton, Sublette, and Fremont Counties
Wyoming Range Aspen III
1,176 acre aspen enhancement project on the Big Piney Ranger District of the Bridger-Teton National Forest, utilizing conifers that were mechanically felled within encroached apen stands to conduct a prescribed burn to stimulate aspen regeneration
Middle Popo Agie Lander
Restoration of natural stream function through placement of in-channel structures and stabilization of stream banks
Valley Springs Wetlands
Establishment of shallow waters wetlands in conjunction with trumpeter swan captive breeding habitat to provide forage for adult and juvenile birds.
Edmiston Spring
Restoration of wetland and spawning habitat and fish mobility in an area impacted by human uses through mechanical methods to restore stream function, improve riparian vegetation, and provide spawning gravels.
Cody Creek
Restoration of upper spawning areas on Cody Creek and Spring Creek through physical channel enhancement, placement of spawning gravels, and installation of fish screens
Fall Creek Fence
Terrestrial habitat enhancement by relocation and restoration of fencing to restrict overuse of winter forage for wintering elk, and to allow passage of mule deer and antelope in a migration corridor limited by various restrictions to movement
East Fork Diversion
Irrigation and stream enhancement by replacement of irrigation diversion structure to reflect natural movement of the East Fork River near Dubois
Soda Lake Fence
Terrestrial habitat enhancement by relocation and restoration of fencing to restrict overuse of winter forage for wintering elk, and to allow passage of mule deer and antelope in a migration corridor limited by various restrictions to movement
Mountain King Habitat
Terrestrial habitat enhancement by a variety of treatment methods, including mechanical, chemical, fire and other techniques to determine the most effective means for enhancement of shrub communities removal of invasive conifers in an area of high importance for mule deer
Wind River Telemetry
Marking and radio tracking of trout within the Wind River drainage to determine migration and movement patterns of fish in a major river system