Project Need
Need For Project:
The greatest impediment for managers of migratory small-bodied SGCNs, which comprise the vast majority of Utah's SGCN birds, has been the lack of decent data on migration pathways, timing, duration, and wintering areas. We just don't know what threats our birds face the other 9 months of the year. Being able to answer these questions about migratory species is crucial for their conservation, and for identifying high-value conservation sites. But migratory life stages are nearly unstudied since traditional GPS telemetry is far too heavy for most birds to carry and too expensive to deploy in meaningful numbers. However, a new system for tracking movements and survival of migratory animals is the Motus radio telemetry receiver network (motus.org).
This network is an international collaborative that successfully identifies stopover site duration, connected migratory routes, post-fledging dispersal and survival, and adult survival and fidelity on a landscape-scale; parameters that cannot be easily estimated using non-tagged birds. While the Motus network is highly connected in the eastern United States, the western interior is seriously lagging in coverage and connectivity, limiting the ability to obtain sample sizes large enough to robustly model demographic parameters from tagged birds. The expansion of the Motus network has been identified by state agencies in the Pacific Flyway Council and in Western Association of Fish and Wildlife Agencies (WAFWA) as a high priority, to benefit game and non-game species alike.
Objectives:
Phase II:
The UDWR will:
1) work with the Utah Motus Working Group to identify and prioritize approximately 20 additional strategic locations for Motus station installations;
2) grant Tracy Aviary up to $100,000.00 to assist with the Motus Station Installation Project;
3) only agree to costs for installation of Motus stations approved by the Utah Motus Working
group; and
4) assist with entering the project and completion reports through the Watershed
Restoration Initiative (WRI) site as needed.
The Tracy Aviary will:
1) use these funds for costs associated with the Motus Station Installation Project proposed through the UPCD Watershed Restoration Initiative, and only at locations specified by the Utah Motus Working Group;
2) complete project activities by June 30, 2026; and
3) oversee project implementation and work with the project managers to submit a completion report in the WRI online database within 3 months of completion of the project or by June 30, 2026.
Project Location/Timing Justification (Why Here? Why Now?):
Its is critical to build out the Utah Motus network in coordination with manager and researchers already deploying Motus tags on SGCNs, and in close coordination with other western states in our Flyway who have also made major commitments and investments in recent years.
Relation To Management Plan:
Utah's Wildlife Action Plan, virtually all Federal Agency Management plans.
Fire / Fuels:
N/A
Water Quality/Quantity:
N/A
Compliance:
This varies with location. The UDWR and Tracy Aviary work directly with landowners and land managers at the specific locations to pursue the required NEPA (e.g., with the BLM for a station at Rozel Point), MOU's (e.g., with Utah State Parks to install stations on existing Parks infrastructure), and federal facilities management plan requirements (e.g. electrical and building inspections were required at Bear River Migratory Bird Refuge).
Methods:
Installation methods will necessarily vary with installation location, facility owner/operator requirements, connection to grid power and internet, etc. For example, Phase I stations have utilized existing infrastructure such as roof tops and radio masts whenever possible, but have also (donated from Pacific Power) installed dedicated telephone poles, free-standing radio masts, and fully remote solar-powered and cell-connected stations (e.g., on Gunnison Island)
Monitoring:
N/A
Partners:
The Tracy Aviary
Future Management:
Information on occupancy and abundance of species of concern during migration is the foundation for game and non-game bird species conservation and management (Fink et al. 2020). The data collected here can be used to understand the spatial and temporal migratory connectivity of populations during migration, can help identify bottlenecks that are affecting breeding populations, identify stopover duration and locations, create the specific demographic estimates of adult and juvenile migration and stopover survival that are required to identify and conserve climate resilient high quality stopover sites.
Sustainable Uses of Natural Resources:
N/A