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Regenerative Agriculture
Pillar of Collective Action
Through regenerative agricultural practices, which increase both soil fertility and carbon storage, we can achieve net zero food and fiber systems globally.
How regenerative agriculture can help solve the climate crisis-
- Regenerative Agriculture
- Regenerative Croplands
- Soil Management
- Sustainable Rice Farming
- Composting
- Ecosystem Restoration
- Philanthro-activism
- Nature/Climate Finance
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- Regenerative Agriculture
- Food Waste Reduction
- Composting
- Northern America Realm
- Andes Mountains & Pacific Coast
- Compost amendment to enhance carbon sequestration in rangelands
- The climate change mitigation potential of annual grasslands under future climates
- Cultivating Change: Accelerating and Scaling Agroecology and Regenerative Approaches
- Untapped Opportunities: Climate Financing for Food Systems Transformation
- Untapped Opportunities for Climate Action
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- Nature Conservation
- Forests
- Indigenous Tenure
- Protected Lands
- Land Habitats
- Intact Wilderness
- Climate Refugia
- Regenerative Agriculture
- Sustainable Hydropower
- The Land Gap Report
- Barriers for Farmers & Ranchers to Adopt Regenerative Ag Practices in the US
- The Fibers Roadmap: Integrated Capital Opportunities to Support Revitalization of US-Grown Fiber, Textiles, and Leather
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- Regenerative Agriculture
- Regenerative Croplands
- Sustainable Rangelands
- Food Waste Reduction
- Public Health
- Systemic Solutions for Healthy Food Systems: A Guide to Government Action
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- Regenerative Agriculture
- Sustainable Rangelands
- Regenerative Croplands
- Food Waste Reduction
- Biodiversity
- Global Sequestration Potential of Increased Organic Carbon in Cropland Soils