UTTR - Kochia Green Fire Breaks - FY17
Project ID: 3900
Status: Completed
Fiscal Year: 2017
Submitted By: 860
Project Manager: Jace Taylor
PM Agency: U.S. Fish and Wildlife Service
PM Office: Utah Field Office
Lead: Brigham Young University
WRI Region: Northern
Description:
The Air Force has installed a network of scrapes as fire breaks. This project will buffer those scrapes with forage kochia as an enhancement to those existing fire breaks.
Location:
Utah Test and Training Range, north of I-80 in Box Elder County, west and east of the Lakeside Mountains (Sally Mountain, Death Ridge) within the HAG/GAT and TTU safety zones.
Project Need
Need For Project:
This site is currently dominated by invasive species which are prone to spreading fires caused by nearby military operations. Thousands of acres on the UTTR have been burned at an unnatural frequency due to these fires. We need to replace the invasive species that are assisting the spread of fire with a more fire resistant species such as forage kochia. The forage kochia would also increase the forage value of the site as it is a known wintering ground for pronghorn.
Objectives:
Limit the spread of fires that are started on or adjacent to active military targets and testing areas. Prevent fires from reaching high quality habitat for wildlife. Improve winter forage value of site by replacing cheatgrass with forage kochia.
Project Location/Timing Justification (Why Here? Why Now?):
Fire may cross the County Road into the project area, however the series of fire breaks that a fire will have to cross to access this area greatly diminishes fire potential. Low spring moisture could keep some plants from germinating.
Relation To Management Plan:
Integrated Natural Resource Management Plan UTTR Wildfire Management Plan
Fire / Fuels:
Green strip to prevent fire spread.
Water Quality/Quantity:
No impact to water quality or quantity.
Compliance:
2 PMArchaeology, Cleared through Air Force 813 Process, Af Archaeologist in summer 2014, Jan 5 2015 / 6 NEPA, NEPA will be completed using the AF 332 and 813 Process, Jan 5 2015
Methods:
Spike harrow and broadcast seed.
Monitoring:
We will visually assess the establishment of the kochia at this site and as
Partners:
Brigham Young University Hill Air Force Base
Future Management:
As fires continue to burn in this area, when we feel that the green firebreak was regressed to the point that it is insufficient in preventing the spread of fire we will reseed this site with more forage kochia.
Sustainable Uses of Natural Resources:
This project are is free from any livestock grazing and will stay wildlife habitat.
Budget WRI/DWR Other Budget Total In-Kind Grand Total
$16,000.00 $0.00 $16,000.00 $9,500.00 $25,500.00
Item Description WRI Other In-Kind Year
Personal Services (permanent employee) BYU Labor-in-kind $0.00 $0.00 $4,000.00 2017
Seed (GBRC) Seed $16,000.00 $0.00 $0.00 2017
Equipment and/or Seed Transport Air Force Tractors and Fuel $0.00 $0.00 $5,000.00 2017
Other Monitoring for successful establishment in following summer. $0.00 $0.00 $500.00 2017
Funding WRI/DWR Other Funding Total In-Kind Grand Total
$15,260.70 $0.00 $15,260.70 $9,500.00 $24,760.70
Source Phase Description Amount Other In-Kind Year
Brigham Young University (BYU) NC930 $15,260.70 $0.00 $0.00 2017
Brigham Young University (BYU) $0.00 $0.00 $9,500.00 2017
Species
Species "N" Rank HIG/F Rank
Black-tailed Jackrabbit
Threat Impact
No Threat NA
Bobcat
Threat Impact
No Threat NA
Burrowing Owl N4
Threat Impact
Invasive Plant Species – Non-native Medium
Dark Kangaroo Mouse N4
Threat Impact
Inappropriate Fire Frequency and Intensity High
Dark Kangaroo Mouse N4
Threat Impact
Invasive Plant Species – Non-native High
Ferruginous Hawk N4
Threat Impact
Inappropriate Fire Frequency and Intensity Medium
Ferruginous Hawk N4
Threat Impact
Invasive Plant Species – Non-native Medium
Golden Eagle N5
Threat Impact
Inappropriate Fire Frequency and Intensity Medium
Golden Eagle N5
Threat Impact
Invasive Plant Species – Non-native Medium
Mule Deer R1
Threat Impact
Inappropriate Fire Frequency and Intensity High
Pronghorn R3
Threat Impact
Inappropriate Fire Frequency and Intensity Medium
Habitats
Habitat
Desert Grassland
Threat Impact
Inappropriate Fire Frequency and Intensity High
Desert Grassland
Threat Impact
Invasive Plant Species – Non-native High
Lowland Sagebrush
Threat Impact
Inappropriate Fire Frequency and Intensity Very High
Lowland Sagebrush
Threat Impact
Invasive Plant Species – Non-native Very High
Project Comments
Comment 09/25/2017 Type: 2 Commenter: Alison Whittaker
Please enter any missing expenses on the Finance page, update final features and fill out the Completion Form ASAP. Completion reports were due August 31st. If you have any questions about this don't hesitate to contact me. Thanks.
Completion
Start Date:
12/01/2016
End Date:
03/31/2017
FY Implemented:
2017
Final Methods:
In the winter of 2016-2017 we first treated the soil with a spike harrow before snow fell to agitate the soil and prepare it to receive seeds. Then, when there was approximately 0-1" of snow on the soil, we broadcast seeded our seed mix and followed this with a land imprinter to press the seeds into the soil.
Project Narrative:
BYU and HAFB combined to decrease the risk of catastrophic fire by increasing the amount of fire-resistant vegetation near a perpetual fire source. This area poses great risk of fire due to the military operations that are performed nearby and has repeatedly been the source of fires that have damaged large tracts of nearby habitat. We hope that by continually increasing the amount of fire-resistant vegetation (kochias), we will decrease the likelihood that more catastrophic fires will spread.
Future Management:
As fires re-occur at this site, we will continue to seed green firebreaks to prevent cheatgrass invasion and the prevent the spread of future fires.
Map Features
ID Feature Category Action Treatement/Type
5457 Terrestrial Treatment Area Harrow > 15 ft. (1-way)
5457 Terrestrial Treatment Area Land imprinter Land imprinter
5457 Terrestrial Treatment Area Seeding (primary) Ground (mechanical application)
Project Map
Project Map