Why do supply chains need to think beyond sustainability?

For a long time, sustainability has been the main language through which firms have tried to improve supply chain performance beyond cost, quality, and delivery. This has led to many important changes. Firms have worked to reduce emissions, cut waste, improve traceability, use resources more carefully, and strengthen responsible sourcing practices across their supply chain (SC) networks. All of this has value, and none of it should be dismissed.

At the same time, the pressure on the local social and ecological system that supports SCs continues to deepen. In many sourcing regions, soil is degrading, water is becoming scarce, local biodiversity is declining, and producer-led communities remain economically and environmentally vulnerable. This creates a difficult reality for managers. A firm may show progress on sustainability indicators while remaining dependent on an upstream system that is weakening over time.

This is where the idea of regeneration becomes important.

Why sustainability alone may no longer be enough

Within SCM, sustainability has largely been understood as the effort to reduce negative impact on the local social and ecological systems. The basic question has been straightforward: How can firms make their operations and supply networks less harmful? That has led to a focus on efficiency, compliance, emissions reduction, waste minimization, and better control over sourcing practices. These are necessary efforts, especially in sectors where SCs have historically imposed considerable social and ecological costs.

Regeneration begins from a different starting point. Instead of asking only how harm can be minimized, it asks whether SCs can contribute to the restoration of the local social and ecological systems on which they depend. In other words, the question is not limited to whether the SC is becoming cleaner or more efficient. The deeper question is whether it is helping the local social and ecological systems around it become healthier, more resilient, and better able to sustain long-term value creation.

This difference may appear subtle at first, but it has important implications in practice.

From reducing harm to restoring ecosystems and communities

A sustainable SC may aim to use less water. A regenerative SC would ask whether the underground water table in that sourcing region is improving. A sustainable approach may focus on reducing chemical input or improving supplier compliance. A regenerative approach would go further and consider whether farming methods, local livelihoods, and ecological functions are being incrementally replenished rather than gradually depleted. One tries to reduce damage. The other asks whether the underlying system is being restored.

That distinction matters because many contemporary SCs are still built on an extractive logic, even when they are managed under the banner of “sustainability.” They may extract resources more efficiently, monitor suppliers more closely, and report performance more transparently, but the pattern underneath often remains unchanged. The firm continues to draw value from places that are under ecological stress without sufficiently rebuilding the conditions that make production possible in the first place.

This is especially visible in upstream, nature-dependent sectors, although the lesson applies much more broadly. Consider a sourcing region where yields are maintained only through growing pressure on soil, water, and air. From a conventional standpoint, the SC may appear stable if volumes, prices, and quality remain within acceptable limits. Yet from a longer-term perspective, the SC is becoming more fragile because the local ecological base beneath it is weakening. The same may be true in social terms. A network may be efficient and even well-audited but if local communities remain vulnerable and producer capabilities are not strengthened, then the system (as a whole) is not truly becoming more resilient.

How regenerative supply chains reshape resilience thinking

Seen in this light, regeneration is not simply a moral extension of sustainability. It is also a strategic one.

SCs do not operate in isolation from the local places in which they are embedded. They depend on land, water, and air as part of the local ecological system alongside institutions, communities (in the form of producers and workers), and intermediaries as part of the local social system. When these social and ecological systems are damaged, the effects do not remain external for long. They eventually emerge as risk, volatility, declining quality, weaker resilience, and rising adaptation costs. Firms may try to respond through technology, diversification, visibility tools, or compliance mechanisms, and many of these responses are useful. But such efforts remain partial if the conditions at the source continue to deteriorate.

For this reason, regeneration should not be treated as a more ambitious version of sustainability. It is better understood as a different way of thinking about SC (re)design and performance. It asks managers to look beyond immediate operational outcomes and consider whether their decisions made across the entire network are helping to renew the very systems that make those outcomes possible.

This requires a shift in managerial attention.

Traditionally, SC leaders have been trained to optimize flows, reduce uncertainty, control costs, and improve service levels. More recently, they have also been asked to integrate sustainability metrics into decision-making. Regeneration adds another layer. It requires managers to pay closer attention to the relationship between the firm and the source context from which it draws value. That means asking a set of different questions:

• Are sourcing decisions supporting the long-term health of the production landscape?
• Are supplier relationships building local capability, or are they securing short-term compliance?
• Are firms merely managing the symptoms of fragility or are they helping address the conditions that produce fragility in the first place?

Once these questions are taken seriously, several familiar assumptions begin to change.

Supplier relationships can no longer be viewed only as transactional arrangements governed by price, quality, and delivery metrics. They must also be seen as vehicles through which local ecological and social restoration can either be supported or undermined. Performance can no longer be evaluated only through short-term efficiency gains. It must also account for whether SC activities contribute to soil renewal, the water table, local biodiversity, and community development. Even the meaning of resilience begins to shift. Resilience is not only about buffers or redundancy. It is also about whether the upstream systems that sustain production remain viable over the long term.

This does not mean that sustainability has failed or become irrelevant. On the contrary, many sustainability practices remain essential. The point is that current challenges require a broader horizon. Reducing damage is still necessary, but it may no longer be sufficient in settings where the larger system, in the form of planetary boundaries, is already under significant strain.

Why long-term competitiveness may depend on source-region renewal

For practitioners, this has a simple but important implication. The future of SC competitiveness will not depend only on how efficiently firms move materials, manage information, or monitor suppliers. It will also depend on whether they can protect and renew the places from which value is created. Firms that ignore this may continue to perform well in the short run, but they do so by relying on systems that are becoming increasingly unstable. Firms that take regeneration seriously are more likely to build networks that remain viable because they invest in the renewal of the source itself.

In that sense, regeneration is not a slogan, and it is not a cosmetic add-on to sustainability. It reflects a different managerial understanding of what long-term supply chain performance requires. It suggests that doing less harm, while necessary, is only one part of the task. The grand challenge is to ensure that supply chains do not leave behind weaker ecosystems, weaker communities, and weaker production systems in the process of creating value.

That is why the conversation around regeneration deserves attention “right now”. It asks supply chain leaders to move beyond the narrow goal of minimizing damage and to engage with a more demanding, yet ultimately more realistic question: Can supply chains become part of the renewal of the systems on which they depend?

For many firms, that may well become the defining question as we head towards the 2030 deadline for achieving the SDGs, but the targets are not even halfway there.

About the author

Abhijeet Tewary is a faculty associate in the Operations & Supply Chain Management department at T A Pai Management Institute Bengaluru, Manipal Academy of Higher Education, Manipal, India. His research focuses on sustainability in supply chain management, especially regenerative supply chains.

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