WADE 2020 Riparian Restoration - Low Tech Process Based Restoration & Bioengineering with Reid Camp
Low-tech and bioengineering techniques are cost-effective approaches used to improve aquatic habitats and increase bank stability within stream channels. We will present techniques that produce short-term benefits in degraded stream channels (e.g., bank stabilization, reconnection of floodplain, improved fish habitat) and work with natural processes to produce sustainable long-term benefits (e.g., riparian growth, reduce sedimentation, rebalance streambed erosion/deposition). https://www.whatcomcd.org/sites/defau...

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Gully Stuffing: How To Turn Slash Into Beneficial Biomass

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Natural Stream Restoration: Restoring Streams (Part III)

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Do Retention Ponds Actually Work?

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Running Free: The Baraboo River Restoration Story

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Engineering Geology And Geotechnics - Lecture 13

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WADE 2020 Riparian Restoration - District Liability in Planning and Permitting with Ron Schultz

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Natural sequence farming: How Peter Andrews rejuvenates drought-struck land | Australian Story

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Building an Off-Grid Cabin to Last 100 Years in the Canadian Wilderness

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Process-Based Restoration in the Upper Klamath Basin: Stories, Lessons, and Continued Challenges

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PERMACULTURE PONDS: Why, Where & How

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The River Mease: A catchment restoration project

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Why Engineers Can't Control Rivers

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Intro to Restoration Ecology (part 1)

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Integrated Water Harvesting Earthworks, Restoring Ecosystems with Permaculture Design

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7 Ways this Farm Harvests FREE Water

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How 3 Million Trees Are Reversing Iceland's 1,000 Year Deforestation Disaster

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Mike Thompson - Construction Benefits of Beaver Dam Analog Stream Restoration

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River Hydrology 101 - Part 1 - How to 'read' whitewater rapids

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How America’s Farms Became Inferior To Europe’s

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