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- Rewilding Projects That Work: How Restoring Ecosystems Helps the Planet . . .
Explore how rewilding projects restore ecosystems, support wildlife conservation, and offer a bold response to biodiversity loss and climate change
- Rewilding Projects That Restore Natural Waterways
One of the most impactful areas of rewilding is restoring natural waterways, where rivers, wetlands, and streams are allowed to flow freely again These projects not only bring ecological benefits but also improve water quality, biodiversity, and community resilience
- Natural Solutions For Cleaning And Restoring Water Ecosystems . . .
Discover eco-friendly methods to clean and restore water ecosystems Learn effective natural solutions for healthier aquatic environments
- Reclaiming resilient Michigan streams: over 140 miles of streams . . .
The Michigan Department of Natural Resources, with help from many conservation partners, is halfway through completion of a $5 million grant project to remove 27 stream barriers, including 16 DNR-managed dams Efforts to date have reconnected more than 140 miles of streams Funding for this work was awarded by the National Fish and Wildlife Foundation’s America's Ecosystem Restoration
- How Can We Naturally Restore Water Cycles? – signoflife. org
Restoring water cycles naturally is one of the most effective ways to address climate change, desertification, and biodiversity loss Water cycles are disrupted by deforestation, urbanization, and poor land management, leading to droughts and floods
- Watershed Restoration: Principles, Strategies, and Best Practices
There has been a marked increase in the popularity and practice in watershed restoration over the past two decades Yet, the social and environmental outcomes of restoration remain ambiguous and critics charge that restoration has not fulfilled its promise Two main questions are addressed in this research:
- Maintain and restore hydrologic connectivity | USDA Climate Hubs
Mechanically treat compacted soils to help restore natural patterns of hydrologic flow Design drainage structures and road-stream crossings to adequately pass projected high and low flows
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