Isometric's New Agroforestry CDR Protocol: 310M Tonnes CO2 Annually
TL;DR: A new agroforestry protocol offers a rigorous approach to carbon removal by integrating trees into farms for environmental and economic benefits.
- Agroforestry protocol enhances carbon sequestration.
- It supports biodiversity and food security.
- Advanced monitoring ensures accurate carbon accounting.
- Projects must establish dynamic baselines.
- Native species planting is emphasized.
- It provides new income streams for farmers.
Why it matters: This protocol provides a robust framework for implementing agroforestry projects, ensuring they effectively contribute to climate change mitigation and bring tangible benefits to communities and ecosystems.
Do this next: Explore the detailed requirements of Isometric's agroforestry protocol for potential project implementation.
Recommended for: Farmers, investors, and policymakers interested in robust, verifiable agroforestry for carbon removal and ecosystem services.
Isometric's newly released protocol for carbon dioxide removal (CDR) via agroforestry provides a scientifically rigorous framework for projects integrating trees into agricultural landscapes, with potential to remove up to 310 million tonnes of CO2 annually. It outlines specific requirements and procedures for planting or increasing forest cover within farming systems, emphasizing techniques like alley cropping and silvopasture that enhance carbon sequestration while delivering co-benefits such as climate resilience, food security, soil and water conservation, and new income streams for communities. The protocol mandates advanced MRV methods, combining remote sensing technologies—including satellite imagery and LiDAR—with detailed field measurements for accurate carbon accounting. Projects must establish dynamic baselines by comparing sites to similar regional reference areas, factoring in land use history, soil conditions, and local climate to ensure additionality and permanence. To safeguard ecological integrity, it requires non-agricultural vegetation to be native or adapted species, supporting biodiversity and ecosystem health. Practical implementation details include quantification of carbon stocks above and below ground, avoidance of leakage, and long-term monitoring to address non-permanence risks. The protocol addresses common challenges in voluntary carbon markets, such as measurement uncertainty, by setting high standards for data quality and verification. Insights from experts like Madhur Jain of Varaha highlight its milestone role in blending high-quality CDR with agriculture. For regenerative living, it offers concrete guidance on agroforestry design: selecting species for dual productivity (e.g., timber, fruits, fodder), spacing trees to optimize crop yields, and managing multi-strata systems for layered food production akin to food forests. Practitioners gain actionable steps like baseline surveys, annual monitoring plots, third-party audits, and integration with EU frameworks for certification. It bridges policy and practice by aligning with emerging standards, enabling scalable adoption in diverse biomes from temperate farmlands to tropical systems, with emphasis on community involvement for equitable benefits.