The Sustainable Agriculture Initiative Platform (SAI Platform) has announced a landmark milestone in the global transition toward sustainable agriculture, securing a shared declaration of intent from forty of the world’s leading food and agriculture organisations. High-profile signatories, including Carlsberg, Diageo, FrieslandCampina, and Mondelez, have committed to backing the Regenerating Together Programme (RTP) ahead of its official public launch.
The declaration represents a major step toward industry-wide standardisation, establishing a cohesive framework to address ecological degradation across vast, multinational supply chains.
Cross-Industry Alignment on Regenerative Systems
In a highly fragmented global agricultural market, food and beverage manufacturers have historically relied on isolated, brand-specific sustainability metrics. This lack of standardisation has created significant operational friction, making it difficult for raw material growers to manage overlapping compliance demands from different retail and processing buyers.
By aligning forty major global entities under the same strategic directive, the Regenerating Together Programme aims to establish a single, trusted baseline for regenerative agriculture.
The initiative recognises that the compounding challenges facing global food production, including climate change, biodiversity loss, soil depletion, water stress, and pressure on farmer livelihoods, are deeply interconnected. To achieve genuine systemic resilience, the platform advocates for a collaborative, landscape-scale approach, de-risking the agricultural transition by consolidating supply-chain investments and standardising progress reporting.
Framework for Global Supply Chains
The core value proposition of the Regenerating Together Programme is its practical, outcome-focused methodology. Developed in direct collaboration with farmers, agronomists, non-governmental organisations (NGOs), and academic institutions, the programme establishes a clear set of shared impact areas, outcomes, and performance indicators.
Crucially, the programme is engineered to balance strict global standards with local operational flexibility:
Unified Impact Areas: Standardising definitions and metrics for soil health, water stewardship, biodiversity protection, and climate resilience to ensure data can be aggregated across global regions.
Context-Specific Flexibility: Allowing individual growers to adapt their daily on-farm practices to suit their specific soil types, climates, and regional farming traditions, preventing the friction of top-down corporate mandates.
Credible and Scalable Progress: Providing B2B partners with verified, auditable data that supports corporate environmental, social, and governance (ESG) reporting and Scope 3 emissions reduction claims.
Dionys Forster, Director General of the SAI Platform, characterised the declaration as a pivotal moment in moving regenerative agriculture from ambition to action. Forster emphasised that the breadth and calibre of the signatories signal that the industry is ready to abandon fragmented approaches and work collaboratively toward measurable, scalable, and lasting agricultural resilience.
Addressing Interconnected Food System Challenges
The scope of the partnership covers some of the most critical risk areas in global food security. As extreme weather events and resource scarcity continue to impact crop yields and drive raw material price volatility, the transition to regenerative agriculture is emerging as a necessity for supply chain security.
By focusing heavily on restoring ecosystem functionality, the programme aims to:
Enhance Soil Health: Improving organic matter and soil structure to increase water retention and natural nutrient cycling.
Build Climate Resilience: Securing agricultural land against temperature fluctuations and extreme weather events through diverse cropping and protective ground cover.
Improve Water Stewardship: Optimising water infiltration and reducing runoff to protect regional watersheds and local communities.
Support Farmer Livelihoods: Ensuring that the transition to regenerative systems is economically viable for the primary producer, creating a sustainable foundation for the entire food value chain.

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