The LSRS has validated the architecture which VIVE has already built and scaled over the last decade. By combining sourcing‑region traceability, verified physical flows, farm‑level emissions data and disciplined mass balance governance, VIVE is uniquely placed to help producers and buyers meet the GHG Protocol’s Land Sector Removal Standard (LSRS) requirements while improving commercial performance across the supply chain.
F&B companies are entering a new era of climate accountability, defined by clear rules on land-based emissions measurement and reporting. This is based on the newly released (January 2026) LSRS, which sets out the global framework for attributing agricultural emissions and removals to sourced volumes.
As reporting expectations move toward inventory grade accuracy, companies are being asked to show how emissions and removals are tied to the physical flows of their supply chains. Now much of the methodological uncertainty has now been resolved, the focus shifts to how to apply the standard credibly in supply chains that are fragmented, blended and geographically dispersed.
With 12 years of integrating traceable, physical flows and mass balance systems across commodity supply chains, and with a footprint of over 1 million acres of verified agricultural land around the world, there are many learnings and long-standing VIVE solutions ready to be implemented (beyond responsible sourcing) for full carbon transparency.
Specifically, across the commodity system, one constant remains: fully segregated supply chains are rare, and in many cases, economically and logistically unviable. Mass balance is therefore not simply a practical workaround, but often the only pragmatic mechanism for reconciling physical flows with accounting requirements, while also enabling meaningful farm level impact.
This raises a core question for sustainability and procurement teams: how should LSRS Mass Balance guardrails be interpreted and implemented in practice to ensure both feasibility and credibility at scale?
Through more than a decade of operational experience across diverse agricultural supply chains, three requirements consistently emerge as essential and are core to the model that VIVE delivers:
- Traceability anchored in clear and auditable supply chain boundaries
- Transparent, farm level emissions data supported by strong governance
- Credible attribution of decarbonisation initiatives to physically connected supply
Together, these form the foundation of an LSRS aligned mass balance system that works not only on paper but in the realities of global supply chains.
Traceability anchored in clear and auditable supply chain boundaries
A central LSRS principle is that inventory claims must be tied to a traceable spatial boundary that aligns with how material is sourced. For most agricultural commodities, the sourcing region is the most operationally sound boundary. It captures the farms supplying the first point of aggregation and provides geographic precision that is both auditable and achievable at scale.
The challenge is that bulk commodity systems rely on blending at multiple boundaries, including processing, storage and export points. When materials mix, physical identity is lost even if documentation is maintained. This is a structural characteristic of global supply chains. The key is distinguishing physical identity from physical traceability. While individual molecules cannot be tracked, the flow of production and aggregation can be traced through defined transfer points.
Anchoring claims in realistic sourcing region boundaries allows companies to connect reporting requirements to the actual structure of their supply chains. It reduces the data burden to what is operationally attainable and avoids imposing theoretical models that ignore the way commodities genuinely move, while still maintaining the integrity required to influence change within the sourcing region.
Transparent, farm level emissions data supported by strong governance
The second requirement is carbon transparency at farm level. Practices such as irrigation, residue management, fertiliser use, and yield performance vary significantly between farms even within the same region. These differences can materially affect emissions footprints and are essential for two reasons: First, they provide the granularity required to allocate emissions credibly within a mass balance framework. Second, they identify where targeted interventions will deliver the greatest emissions reductions.
However, few supply chains have consistent or comparable data at this resolution that is then traceable to end buyer. This challenge lies at the very core of what the VIVE Programme was designed to address. Long standing relationships with farmers, processors, combined with a verified chain of custody system, enables efficient data collection, segmentation of supply based on actual emissions performance and translation of this insight into defensible reporting outcomes.
Credible attribution of decarbonisation initiatives to physically connected supply
Finally, Scope 3 emissions form a core part of F&B companies’ carbon footprint, with increasing focus on supplier decarbonisation at farm level, based on the carbon data captured. The LSRS reinforces the expectation that emissions reductions from such initiatives relate directly to the specific volumes sold, specifying the conditions under which allocation can occur.
Mass Balance is recognised as an acceptable method within LSRS, but only when applied with discipline. This includes proportional allocation, clearly documented transfer boundaries, respect for geographic integrity, reconciliation periods and strict separation from book and claim systems. When these principles are followed, Mass Balance becomes a credible mechanism for reflecting farm level differences in emissions across large, blended supply systems.
The implication for industry is significant. Procurement, sustainability and data governance can no longer operate in silos. Inventory reporting quality now depends directly on sourcing region design, supplier engagement and the strength of traceability systems. Companies that integrate these functions will be the ones able to meet LSRS requirements without disrupting the commercial realities of their supply chains.
VIVE as the Translator and Integrator Across the Supply Chain
VIVE occupies a unique position in the global sourcing landscape. We The Programme operates at the intersection of corporate reporting requirements and the operational realities of agricultural production. VIVE’s role is not limited to verification, but rather insight driven impact and integration.
Leveraging VIVE’s existing solutions and regional presence, the LSRS expectations have converged with existing VIVE mechanisms that reflect how supply chains truly function. This involves aligning sourcing region boundaries that are both realistic and audit ready, implementing traceability systems rooted in actual product flows, ensuring mass balance is governed with rigour, and generating farm level insight that supports both credible reporting and practical decarbonisation strategies.
Equally important, VIVE ensures that value flows to both ends of the supply chain. Farmers and mills benefit from demand signals, offtake certainty and potential incentives for lower carbon production. Buyers gain inventory grade integrity, improved risk management and a pathway that delivers both near term progress and long-term transformation.
Operationalising LSRS: The Role of Integrated Supply Chain Architecture
The LSRS marks an important turning point for land sector accounting. It strengthens the connection between emissions claims and physical supply chains and sets out expectations that are both clear and implementable. Mass Balance is not weakened by this clarity. It is strengthened. When anchored in realistic sourcing boundaries and supported by robust traceability and farm level data, Mass Balance becomes a credible, auditable method for reporting land sector emissions.
The question for companies is no longer whether LSRS can be implemented, but how quickly they can operationalise it with partners who understand both the standard, the supply chain and can deliver auditable traceability. The organisations that will move fastest are those that combine ambition with operational precision, and the systems they build today will shape the credibility and competitiveness of their sourcing strategies for years to come.
