Topic 5 Restoration of Sagebrush Ecosystems: Case Studies

 

There are several case studies that address the restoration of sagebrush ecosystems. Explore each project below.

Case Study: Soda Fire ESR and Monitoring Efforts

 

Project details:

  • The Soda Fire started on August 10, 2015, was contained on August 23, and burned nearly 280,000 acres of federal, state, and private lands in southwest Idaho and eastern Oregon.
  • The area burned included nearly 200,000 acres of sage-grouse habitat, with over 50,000 acres of PHMA, portions of 41 grazing allotments, three wild horse management areas, and a popular recreation area.
  • The Soda Fire Emergency Stabilization and Rehabilitation (ESR) plan was the first large scale fire to be planned and implemented following the release of Secretarial Order 3336 – Rangeland Fire Prevention, Management and Restoration.
  • The Record of Decision on the Soda Fire ESR plan was issued by the BLM Boise and Vale Districts on October 21, 2015. The plan identified treatments to begin stabilizing the burned area, promote the recovery of native communities, increase perennial grasses, reduce invasive annual species, and restore shrubs and forbs to take the first steps toward the recovery of habitat for the Greater Sage-Grouse.
  • This collaborative effort involved the U.S. Fish and Wildlife Service, Natural Resources Conservation Service, Idaho Department of Lands, Idaho Department of Fish & Game, and the Bureau of Land Management.

 

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Rehabilitation treatments:

  • Gathered 283 wild horses from three burned Herd Management Areas.
  • Over 28 miles of roads and 150 miles of recreation trails repaired.
  • Drill seeded 17,257 acres of BLM and State of Idaho land at sites with high soil erodibility factors.
  • Completed 27,426 acres of aerial herbicide application (imazapic) for suppressing annual invasive grass germination for native plant release and seed bed preparation.
  • Aerial seeded over 200,000 acres to rehabilitate areas impacted by fire suppression, increase perennial grass densities in areas impacted by invasive annual grasses, increase shrub and forb densities, and provide sage-grouse preferred forbs in and around lek areas.
  • Planted 492,140 sagebrush and bitterbrush seedlings in fall 2015 and spring 2016; additional seedlings are being grown and will be planted in fall 2016 or spring 2017.
  • Developed two 25-acre test plots of Pseudomonas fluorescens (D7), a naturally occurring soil bacterium, to test the effectiveness for reducing annual invasive grass over time.
  • Contracted for repair of over 300 miles of grazing management fences damaged by the fire.
  • Approximately 30 miles of temporary fence have been constructed to protect treatments where portions of grazing allotments were burned.
  • Partnered with USGS to conduct the vegetative treatment monitoring, data collection, analysis, and reports for the Soda ESR project. The BLM worked with partners to develop a ‘Rapid Assessment’ method using 2,000 data points to cover a large fire with many integrated ecotypes and treatments.
  • The BLM Owyhee Field Office signed an emergency decision on May 5, 2016, authorizing the construction of up to 25 miles of fuel breaks in the highest-priority area of the wildland-urban interface. The fuel breaks included approximately 200 acres of targeted grazing and mowing along with improvements on up to 25 miles of roads.

 

Idaho and Oregon ESR/Fuels First Year Observations

  • The Soda Fire Emergency Stabilization and Rehabilitation (ESR) project is a collaborative effort that brought together BLM ESR and Fuels staffs from Oregon and Idaho as well as other agencies and partners together to design and implement stabilization, rehabilitation and fuels projects using a landscape approach. It is important to note that the effort made by the Type I and Type II Incident Command teams to keep the local communities involved during suppression helped set a positive and collaborative atmosphere that was continued after the fire.
  • The collaborative efforts associated with Soda ESR involved meetings for discussion and collaboration on treatment design across the landscape as well as out-year planning and implementation. The inclusion of other agencies and the public reflects the “All Hands, All Lands” approach and allowed different visions and needs to formulate treatment design. Principles from the National Seed Strategy such as “the right seed in the right place at the right time” and selection of shrub species based on provisional seed transfer zones were used.
Soda planting crew

Soda planting crew

  • ESR treatments addressed both vegetation and multiple-use issues. Non-vegetation related issues include hazardous material removal, abandoned mine lands (AML) closures, wild Horse Management Areas (HMAs), cultural concerns, facilities repair from fire damage, road improvement to improve water drainage capabilities and culvert installation, recreation site trail rehab, fencing to protect treatment investments, threatened and endangered species habitat. Vegetative treatments include drill seeding; imazapic (herbicide) application; aerial grass, forb and shrub seeding; sagebrush seedling planting; and noxious weed inventories and treatments. BLM personnel from surrounding offices were invaluable to helping complete the numerous implementation projects.
Soda planting crew

Soda fence repair

  • Immediate emergency needs following the Soda Fire were addressed even before the ESR Soda Fire plan was completed. Three HMAs were affected by the Soda Fire and an emergency wild horse gather was initiated. The Soda Fire burned through a previously identified hazardous material site and with loss of vegetation a rain event would have the potential to move hazardous material downstream. An emergency hazardous material clean-up was initiated and the hazards were removed. Early identification, funding approval, and quick procurement enabled these projects to begin prior to plan completion and approval.
Soda planting crew

Soda horse gather

  • To proactively protect the recovering vegetation a fuel break project that crosses both Idaho and Oregon within and adjacent to the Soda Fire is expected to begin soon. Implementation of fuel breaks would improve fire fighter access and change the fuel characteristics adjacent to roads so fires can be more effectively controlled.
  • An important outcome of Secretarial Order 3336 was elevating invasive species to be equal with fire as a problem across the landscape. It gave as much importance to treating invasive species as we do with fire suppression efforts. The Soda Fire and resulting ESR and Fuels treatments applied this principle across a large landscape. The Secretarial Order 3336 also promoted development of adaptive management techniques allowing for evaluation of vegetative response to treatments and determination of the need for additional treatments.
Soda planting crew

Monitoring crew

  • Secretarial Order 3336 allows vegetation treatments in ESR to occur over a longer period of time (up to five years for Soda) as well as allowing for multiple year, multiple layered treatments. The intention was to continue treatments until a desired or favorable outcome is achieved, instead of just one round of treatments.
  • Public tours and education have regularly occurred since the Soda Fire. These tours have been informative for both agency and the public. This forum has provided the BLM and partner agencies an opportunity to coordinate with the public as well as provide further insight to the intent and efforts of the Soda Fire ESR project and fuel break treatments. The public, local and national BLM managers, as well as special interest groups have been able to provide their comments, concerns through site-specific, on-the-ground tours.
Soda planting crew

Partners discussing on field tour

Joint BLM and USGS Monitoring

  • Following the Soda Fire, grazing resumption objectives and a monitoring plan were developed through a collaborative process with federal, state and local partners including Natural Resources Conservation Service (NRCS), United States Geological Survey (USGS), United States Fish and Wildlife Service (USFWS), Idaho Department of Fish and Game, Idaho Department of Lands, Idaho State Department of Agriculture,and Oregon Department of Fish and Wildlife. The monitoring plan and grazing resumption objectives resulted from comments and suggestions from scientific community and federal, state and local partners from Idaho and Oregon. Some of the members of the scientific community and land management community included Dave Pyke (USGS), Matt Germino (USGS), and Mike Pellant (BLM). The collaborative approach has been valuable because it brings diverse skills and experience from the partners; the goal of this approach has been to identify vegetation objectives that could provide the initial foundation for resistant and resilient landscapes after the Soda Fire.
  • The Soda Fire monitoring needs were determined to be significant early in the process. It was also recognized that the USGS has knowledge and skills that could complement the District ESR teams. Monitoring and analysis of over 2,000 plots was completed in 2016 by USGS with close coordination and facilitation by BLM.
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  • The effort and intensity of Soda Fire monitoring is greater than has been used in previous ESR projects due to large size of the fire and complexity of treatments, and while future ESR projects may not sample as many plots, the design of their treatments and monitoring plan can be enhanced by learning from the Soda ESR outcomes. For example, “sampling effort” analyses that identify the optimum number of monitoring plots for a desired accuracy and precision can be estimated from the Soda Fire ESR data. The data collected throughout the next five years of Soda Fire ESR monitoring should provide the BLM an opportunity for an increase understanding of how vegetation responds after fire and how ESR and Fuels treatments have been effective.
  • To provide early 1st year data and assist with 2nd year treatment design the USGS provided a rapid assessment of cover of invasive grasses early in the growing season of 2016. The data collected combined with site visits provided data to identify treatment areas and inform retreatment decisions.
Soda planting crew

  • During the first-year monitoring season, the USGS and BLM worked together to further refine the USGS data collection system while addressing BLM ESR treatment objective and grazing resumption questions. Refinement included activities such as modifying drop down menus in the data collection software on their field tablets and revision data needed for decision making.
Soda planting crew

Researcher with tablet and frame

  • Because decisions will hinge on the data collected, Quality Assurance and Quality Control (QA/QC) protocols have been established by USGS. QA/QC is a process intended to detect and correct errors in data collection and analysis. For example, the process of inputting data into the field tablets, uploading the data into geodatabases, and then outputting the data to an Access database may result in errors. USGS scientists found that having BLM partners apply QA/QC, and building redundancy in QA/QC, led to detecting systematic errors in data sets.

 

Case Study: 2005 Esmeralda Fire

Emergency Stabilization and Rehabilitation Seedings on the 2005 Esmeralda Fire (courtesy Tom Warren, Operations Manager, Elko District Office, BLM)

Project details:

  • Burned 97,000 acres.
  • 28 leks were directly impacted by the fire; 9 additional leks were in close proximity to the fire perimeter.
  • Area affected by the fire provided habitat for one of the highest documented sage grouse population densities in Nevada.

 

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Rehabilitation treatments:

  • 23,709 acres of aerial sagebrush and yarrow seedings.
  • 3,520 acres of native grass/forb mix drill seedings.
  • 980 acres of watershed aerial grass/shrub/forb seedings in drainage bottoms.
  • Noxious weed chemical and mechanical treatment of 90 acres (Scotch thistle, black henbane, hoary cress, musk and bull thistle).
  • Livestock closure of the burn area to allow for seeding establishment and post burn recovery of the vegetation.

 

 

Sage grouse use documentation:

  • Within four years following the fire, sage-grouse lek attendance at the three largest leks on Willow Creek Ridge
    started to trend upward.
  • In spring of 2012 male lek attendance was near pre-fire levels.
  • In 2011 and 2012 the Nevada Department of Wildlife radio collared 7 hens and 9 males; radio collaring data showed grouse to be making significant use of the restored burned areas.

 

Case Study: 2006 Snow Canyon Fire
Post-Burn Restoration

(courtesy Tom Warren, Operations Manager, Elko District Office, BLM)

Project details:

  • Burned a total of 22,318 acres: 11,907 acres USFS, 8,055 acres Private, and 2,356 acres BLM.
  • Six sage grouse leks affected.
  • Sage grouse winter Range affected.
  • Mule Deer winter range affected for 500 to 1,000 deer.
  • Mule Deer intermediate range affected for 2,000 -3000 deer.

 

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Management Actions and ESR Treatments:

  • Aerial seeded 844 acres of public land with mountain big sagebrush, bitterbrush, and western yarrow (BLM).
  • Hand seeded 300 acres of public land on Bucket Flat Allotment with bitterbrush seed (BLM).
  • Closed fire to livestock grazing to allow for post burn recovery and seeding establishment (BLM).
  • Completed fence repair to allow for big game movement (BLM).
  • Aerial seeded 2,637 acres of USFS land and 2,310 acres of Private land (Nevada Division of Wildlife, NDOW).
  • Completed 199 acres of bitterbrush seeding dribbling seed with a dozer and 24 acres using an ATV with disks (NDOW).
  • Hand seeded 110 acres with bitterbrush seed in cooperation with Elko High School (NDOW).

Sage grouse use documentation:

  • Peter Coates, USGS, is conducting a sage grouse study in the Tuscarora/Independence Valley area for Ormat Technologies Inc., BLM, and NDOW.
  • Sage grouse use on Snow Canyon Fire seedings has been documented with GPS transmitters.
  • Sage grouse use has been documented year round in the burned and seeded areas of the fire.

 

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To learn more about Restoration of Sagebrush Ecosystems, click Resources to view key and supplemental literature.