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Project Synopsis: habitat conditions for both livestock and wildlife are less than desired due, in part, to past management practices on the ranch and inability to better control current cattle grazing location and timing. Plans are to provide water (successful water well drilled in 2011) and fencing for grazing management, habitat improvements on mule deer winter range including invasive plant species (juniper and cheatgrass) control, and riparian improvements in Wood Draw to remove invasive juniper and control noxious weeds including musk thistle and leafy spurge.
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This project will improve the irrigation meadows on the Cokeville Meadows National Wildlife Refuge. Engineering and Design will be provided to improve the condition of unused irrigation systems and pump and to install additional head gates and dikes. Planting and weed control will be done to restore 1,300 acres of irrigated meadow. This project will improve irrigation efficiency and flooding of approximately 1,300 acres of hay meadows that are currently unproductive. These improvements will increase nesting habitat for the American Bittern, White-face ibises and a variety of other wetland and waterfowl species. Additionally, once permanent vegetation is established the potential to use this area as a grass bank...
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This project will provide sanitation and thinning of about 50 acres in 2010 (approximately 250 acres total through 2014) to enhance the white bark pine stand on Commissary Ridge, which is the southernmost white bark pine stand in Wyoming. The area has mature and young stands of white bark and limber pine. The mature trees have extensive 70+% mountain pine beetle infestation with a new infection of white pine blister rust. The project would remove diseased white bark and limber pine reduce the spread of mountain pine beetle and white pine blister rust to enable the younger aged cohorts to survive. FHP report has been done. White bark pine is an important tree species for wildlife. The area has mature and young stands...
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Many mineral deposits (excluding coal and other energy minerals, with the exception of uranium) are located within the WLCI area. The mineral extraction industry is yet another factor to be considered in the development of southwestern Wyoming. Although Wyoming has had a rich mining history, with a few notable exceptions, currently the industry is mostly dormant in the WLCI study area and has been for the study’s duration. Despite hundreds of open claims and leases, there are only a few exploration projects and even fewer active mining operations; a major exception, however, is the increased demand for uranium by in situ recovery, which is imposing new demands on the landscape. Understanding the extent of mineralization...
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Addressing concerns about the types and development of energy and a secure energy future is a high priority for the current United States administration, the Department of the Interior (DOI) in particular. The BLM and other land management agencies within the DOI are charged with balancing energy development with other land uses and values. Decision-making about land uses is often controversial and complex; this necessitates easy access to useful data, literature, and other informative resources that facilitate a better understanding of how energy development affects natural resources, ecosystems, economics, and society. Although there are several valuable on-line resources that provide information about energy...
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The severe disturbance that surface mining often causes has the potential to drastically alter a soil’s physical, chemical, and biological properties (Insam and Domsch, 1988). In particular, metals associated with mining deposits present obstacles to ecosystem recovery (Nielsen and Winding, 2002), as their residence time in soils can be quite extensive (Brookes, 1995). Quantifying soil quality can be useful for evaluating the impact of such disturbances and can improve the understanding of the mechanisms behind ecosystem processes. Definitions of soil quality generally involve soil function [for example, a soil’s ability to support vegetative diversity and biomass or to sustain itself through nutrient cycling (Doran...
Categories: Data; Types: ScienceBase Project; Tags: Baseline Synthesis, Science
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The spread of cheatgrass was identified by the WLCI LPDTs as a serious threat to maintaining important wildlife habitat. Team members also expressed interest in knowing whether past habitat treatments (prescribed burns, mowing, herbicide applications) resist or promote the spread of cheatgrass and other invasive plant species. Other questions address whether or not soil biological crusts can resist the spread of cheatgrass. Since 1990, numerous habitat-restoration and enhancement projects have been implemented in the Little Mountain Ecosystem (LME), many of which entailed prescribed burns. To evaluate annual variation of cheatgrass density on treated and untreated plots and to determine the ability of soil biological...
Invasive weed treatments in the Ferris Mountain Wilderness Study Area (WSA) and adjacent Hogback ridges. Monitoring in 2005 showed actual infestation into the WSA for the first time, along with marked increase of acres infested along the fringes in this wildlife-rich WSA. These weeds are also increasing in the adjacent hogback ridges. This area is rugged and scenic with few access points. Treatment consists of herbicide application to control weeds. Retention of native vegetation benefits crucial winter habitat for bighorn sheep, sage-grouse, and other native wildlife. 2009 Update: We reported 400 acres treated, most of that was photo monitored with current patch information collected to show trend. Additional...
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The project consists of three distinct conservation projects: 1) the Sommers/Todd Place project, 2) the Scott Place project, and 3) the Duke Place project. All three projects combined encompass approximately 19,000 deeded acres located at two critical locations along the Green River in northern Sublette County and at an important corridor and buffer area between the Bridger-Teton National Forest and the Green River. Sommers/Todd Place: This portion of the porject encompasses over 5,100 deeded acres along the Green River. The ranches are contiguous and are located on both sides of the Green River. It is located along the west flank of the Pinedale Anticline natural gas field. The project includes a conservation...
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Properly identifying the rarity of a species is essential to determine the amount of protection that needs to be applied. Clarifying the status of these species will allow industry to proactively manage their exploration and development activities. This project focuses on obtaining current species information throughout all the Field Offices and will identify and delineate the present location of these sensitive species.
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Creates wetland habitats on public and private lands near the Green River. This project provides much needed habitat through the creation of 20 acres of wetland area, including a pond. Synopsis: This project will enhance swan habitat by creating 5-6 acres of additional shallow water foraging/nesting habitat adjacent to the New Fork River, and create nesting islands on the existing ranch reservoir. Introduction: Trumpeter Swans require shallow-water wetlands that produce extensive, luxuriant, and diverse stands of submerged aquatic vegetation. These kinds of wetlands, with some recognized physical and biological characteristics, fulfill functions important for swans of all age classes. The following information...
A combination of efforts has been ongoing to understand the invasive mechanisms of this plant (Desert Alyssum) to spread and how to control it. A chemical application will be used in an effort to gain control of Desert Alyssum. This area has crucial winter range for antelope, deer and elk, and also has sage grouse wintering areas, brood-rearing habitat, as well as numerous leks. This funding would benefit the immediate area through the inventory and removal of Desert Alyssum which is competing with native vegetation. Monitoring transects have shown an increase in perennial plant spacing where Alyssum is dominant. Removal of Alyssum would improve or maintain habitat for wildlife and livestock using this area. Several...
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The objective of this project is to reduce streambank erosion and restore aquatic habitat. The project involves habitat enhancement and improve grazing management along one mile of river. The project involves construction of approximately 1-mile of 3 strand barbed-wire fence along a stretch of the Little Snake River on NFS lands. The fence would meet forest plan standards which allow wildlife movement. One watergap may be incorporated into the fence if needed for livestock watering. Project is located on the Little Snake River in Carbon County, WY approximately three miles below the Three Forks Ranch in T12N, R86W Sec 18 and T12N, R87W, Sec 13. Update: The fence was built by NFS personnel in September, 2009....
The Salt Lake City, Utah, region has a climate record dating from the mid-1800s that can be used to calibrate a tree ring record to climate and streamflows. A number of good candidate species for tree ring analysis include indigenous coniferous species that are signature species in tree ring analysis because their growth is sensitive to drought. However, these species represent different habitats. We will conduct controlled field studies to define the relationship between a suite of tree species native to the Wasatch range and drought stress and air temperature as well as to use tree ring data to understand and explain paleoclimate drought cycles and reconstruct streamflows in an innovative way. The research...
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This project is designed to restore aspen across a large landscape to healthy, vigorous conditions, establish a multi-age class diversity; and improve both wildlife habitat and grazing conditions, and reduce hazardous fuels across the landscape by removing flammable conifer in aspen stands. A variety of tactical mechanical methods to treat conifer trees that are encroaching on and out-competing aspen stands. Mechanical treatments are completed with prescribed fire. The project goal is to treat 9,000 acres over 10 years. Aspen is often classified a “keystone species” (Campbell and Bartos, 2001) and is often considered second to riparian and wetland communities as the most productive habitat for wildlife and plant...
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This project involves both biological and herbicide control of tamarisk. It will benefit native plants, special status species, and wildlife. The implementation of this tamerisk control project will result in rehabilitation of degraded streams and riparian areas some of the treated riparian areas are important to maintain viable populations of Colorado River Cutthroat trout. Project includes participation from Sweetwater County, the Bureau of Land Management, and private landowners.
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The project and funding will be spread over a 5 year period beginning in 2008. The project will consist of controlling and eradicating Tamarix (Salt Cedar) along Muddy Creek, Blacksfork River, and their tributaries. The project will be labor intensive. The project will consist of individual spot treatments spraying of the seedling, young and mature salt cedar plants, and cutting (chain saw or other methods of cutting down) the larger mature salt cedar plants and swabbing the stumps with herbicides. Herbicides used need to be on the BLM approved chemical list and label followed for applications. The herbicides are most effective when a colorant is used to mark plants treated and a penetrating oil used with the herbicide....
Categories: Project; Types: ScienceBase Project; Tags: Habitat
The project will conduct several different forms of forest and rangeland health treatments to improve and restore good health conditions in aspen woodlands and rangelands on roughly between 700,000 to 750,000 acres located in the southwestern portion of Rawlins, WY. The goal is to implement a combination of treatments (mechanical removal of confier encroachment in aspen stands, prescribed burning, hazardous fuels reduction and mechanical brush beating) within identified areas of forest and rangelands within the project area to improve aspen stand, rangeland vegetation, and riparian ecosystem health; improve livestock grazing and wildlife habitat conditions; and reduce hazardous fire fuel build-up within juniper...
map background search result map search result map Trumpeter Swan Habitat Enhancement Back to the Future: Innovative Tree Ring Analysis to Reconstruct Paleoclimate and Streamflows for Improved Urban Water Planning Under Climate Change - BOR Project, FY2011 Special Status Plant Species Monitoring and Inventory Muddy Creek Tamarix Removal Wyoming Front Aspen Treatment Ferris Mountain Leafy Spurge and Russian Knapweed Treatment Red Creek Riparian Restoration Sommers/Grindstone Conservation Easement Aspen Conservation Joint Venture: Upper Muddy Creek Aspen Restoration Project Baggs Juniper Treatments Inventory and Control of Desert Alyssum in Lower Muddy Creek Watershed Little Snake River Restoration Cokeville Meadows Wetland Improvements Commissary Ridge White Bark Pine Sanitation and Thinning Condict Ranch Habitat Improvements II Baggs Juniper Treatments Trumpeter Swan Habitat Enhancement Red Creek Riparian Restoration Little Snake River Restoration Cokeville Meadows Wetland Improvements Sommers/Grindstone Conservation Easement Wyoming Front Aspen Treatment Muddy Creek Tamarix Removal Condict Ranch Habitat Improvements II Special Status Plant Species Monitoring and Inventory