Overview
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Explore the innovative 'Stage Zero' approach to river restoration in this comprehensive webinar. Delve into the geomorphological design and assessment of channels, understanding why rivers move and how they would behave without human constraints. Learn from professional fluvial geomorphologists as they apply sandbox lessons on a larger scale, starting with Grady Hillhouse's overview of stream tables for visualizing morphological changes. Discover the characteristics of Stage Zero, including its hydromorphic attributes, ecosystem benefits, fluvial complexity, and connectivity to floodplains and hyporheic aquifers. Examine the evolution from early stream restoration efforts to process-based methods, with experts explaining Stage Zero theory, site selection, design, implementation, and outcomes. Gain insights from real-world examples, including the McKenzie River and Johnson Creek in Oregon, and explore the importance of floodplains in river ecosystems. Participate in a Q&A session and access additional resources to deepen your understanding of this cutting-edge river restoration technique.
Syllabus
- Preview
- Introductions | Polls
- Grady Hillhouse, Practical Engineering: physical river model
- What is Stage Zero river restoration?
- Stage Zero design & sites
- Stage Zero: McKenzie River, Or
- 2020 fire resilience
- Why floodplains matter
- Johnson Creek, Oregon
- Additional resources
- Q&A discussion
- Wrap-up and further training
Taught by
Australian Water School