Juvenile White Sturgeon Telemetry

Project Details

Partners

Katzie Guardianshop Program & Katzie Development Limited Partnerships, Fraser Valley Angling Guides Association

Client

Habitat Conservation Trust Foundation

Additional Support From

Pacific Salmon Ecology and Conservation Laboratory of the University of British Columbia, British Columbia Institute of Technology, Province of British Columbia

Time Frame

2021 to 2026

Location

Pitt River Watershed, BC.

Key Services

Acoustic and PIT telemetry, fish population assessment and analysis

Project Overview

Through collaboration with agency and indigenous partners (Katzie First Nation (Q̓ic̓əy̓)), our goal is to identify critical habitats for juvenile White Sturgeon in the Pitt River watershed to support management and recovery. We use robust acoustic and passive integrated transponder (PIT) telemetry methods to tag and monitor, free-living juvenile sturgeon (< 100 cm), to address uncertainties regarding the migration behaviour and habitat use of this key life stage.

Focused research completed in the Pitt River watershed across a variety of intact and altered habitat types will help discern habitat use preferences and identify critical rearing and overwintering habitats. This study will provide appropriately scaled data to develop and justify habitat protections and restoration initiatives that will be key for White Sturgeon recovery.

Actions that target juvenile sturgeon are expected to have the greatest benefit on population growth. Moreover, future habitat restoration initiatives within the Pitt River watershed can provide real, long-term benefits not only for sturgeon, but also for other native fish and wildlife.

The project team actively communicates with Katzie First Nation (Q̓ic̓əy̓), whose territory encompasses the Pitt River watershed, to provide updates and adjust the program to support the interests of Q̓ic̓əy̓.

Our team is actively working to improve and adapt PIT technology to be used to study White Sturgeon in B.C. This includes advising on more appropriate PIT tag types and new applications of PIT telemetry to designing new fix antennas that can be deployed in more challenging environments (30 m depths), sloughs, or seasonally flooded channels. Our fabrication and design team develops site-specific antennas to maximize detection capabilities given varying constraints.

Get in touch to discuss your project.

Contact Us