WBCSD's Global Regenerative Ag Framework: Soil & Biodiversity
TL;DR: A new global framework offers clear metrics and outcomes to differentiate regenerative agriculture from conventional sustainable practices, focusing on ecological restoration and resilient food systems.
- New framework defines regenerative agriculture with clear metrics.
- Focuses on reversing biodiversity loss and enhancing soil health.
- Aims to build resilient food systems globally.
- Includes indicators for carbon, water, and ecological integrity.
- Emphasizes agroecological strategies for implementation.
Why it matters: This framework provides a common language and verifiable metrics for regenerative agriculture, enabling farmers and organizations to measure and demonstrate real ecological and climate impact.
Do this next: Explore the WBCSD's framework to understand how its metrics can be applied to your agricultural practices.
Recommended for: Farmers, policymakers, investors, and researchers seeking to implement and verify effective regenerative agriculture practices on a large scale.
The WBCSD's Global Framework for Regenerative Agriculture provides a comprehensive, practitioner-aligned set of metrics and outcomes to distinguish regenerative practices from conventional sustainable agriculture, focusing on reversing biodiversity loss, enhancing soil health, and building resilient food systems. Key outcomes include minimizing GHG emissions, increasing sequestered carbon in soils, improving ecological integrity through habitat connectivity, boosting cultivated biodiversity via diverse crop rotations and polycultures, reducing pesticide risk with integrated pest management, minimizing water pollution, improving environmental flows, and enhancing soil health metrics like bulk density and organic matter. The framework emphasizes avoiding further conversion of natural ecosystems and includes specific indicators such as connectance index for habitat configuration, proportion of natural or restored habitat core areas, field border density, and tracking farms where priority species are stable or increasing. Biodiversity is defined per IPBES as variability among living organisms across terrestrial, marine, and aquatic ecosystems, including genetic, phenotypic, phylogenetic, and functional attributes. Practical implementation involves agroecological strategies like cover cropping, rotational leys, companion planting, multispecies grazing, and perennial pastures, which enhance ecosystem services including nutrient cycling, water supply, pest suppression (up to 73% disease reduction in diverse systems vs. monocrops), drought and flood resilience through improved soil water storage, and overall ecological function. Financial and social benefits are also measured, alongside wellbeing improvements. This holistic approach positions regenerative agriculture as a scalable solution for climate challenges, with metrics enabling verifiable progress in biodiversity enhancement, carbon sequestration, and water retention, making it highly actionable for farmers and organizations seeking field-tested regenerative designs.