Webinar: Riparian Sensitivity
On Wednesday, May 20th, 2026, Ryan MacDonald will share insights from the development and application of a riparian sensitivity modeling approach to support habitat conservation for federally listed trout species at risk.
When:
Wednesday, May 20, 2026; 12:00–1:00 pm MDT
What to Expect:
Lunch & Learn Program: Quick Refresher
Presentation from Ryan MacDonald (Macdonald Hydrology Consultants Ltd.)
Live, interactive Q&A session
About our Presenter:
Ryan MacDonald conducts research and works in the hydrological sciences as a consultant and professor. His work focuses on understanding hydrometeorological processes, climate change and land use modelling, and effects on freshwater ecosystems. He has worked throughout western Canada and has an excellent understanding of key issues facing water resources in this region. Ryan has extensive experience in watershed assessment and applying hydrological principles to forest management. He enjoys integrated projects that combine field work and modelling to evaluate complex water-related issues. He’s an avid outdoorsman and enjoys spending as much time as he can away from the computer.
Abstract:
Riparian areas are essential for supporting fish habitat and overall aquatic ecosystem health, but identifying the most sensitive areas across large landscapes can be challenging. This webinar will highlight the development and application of a riparian sensitivity modeling approach across West Fraser’s Forest Management Areas to support habitat conservation for federally listed trout species at risk. The project uses high-resolution elevation models derived from LiDAR data and geomorphic modelling to identify areas that are highly connected to streams and most sensitive to disturbance. This session will share insights into how these tools can be integrated into forest management planning to mitigate potential impacts from harvesting, road construction, and other activities. It will also explore how the model works alongside complementary tools to better understand and protect aquatic ecosystems and sensitive species in forested landscapes.
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