Regenerative Agriculture

Regeneration is not about doing slightly less harm. It is about rebuilding the capacity of the land to support life and production.

Regenerative agriculture has moved rapidly from specialist farming circles into corporate strategies, investment portfolios and public debate. Its appeal is understandable. Where sustainability can sound like maintaining a damaged status quo, regeneration offers a more ambitious promise: agriculture that contributes to ecological recovery rather than merely slowing decline.

The difficulty is that regenerative agriculture does not have one universally accepted definition. Some descriptions focus on soil carbon. Others emphasise biodiversity, reduced tillage, livestock integration, farmer livelihoods or a set of named practices. The lack of a single standard does not make the concept unusable, but it does make precision essential.

An organisation should state what it intends to regenerate, for whom, over what area and how progress will be demonstrated.

The scale of definitional variation is not hypothetical. Newton and colleagues reviewed 229 journal articles and 25 practitioner websites in 2020. Some definitions relied mainly on processes such as reduced tillage or cover crops; others relied on outcomes such as soil health, biodiversity or carbon; many combined the two.

That range gives the idea flexibility, but it also allows the same label to be applied to programmes with very different levels of ambition and evidence.

A useful working definition begins with outcomes. Regenerative agriculture seeks to improve the functioning of the agricultural ecosystem, commonly through healthier soils, more diverse biological communities, better water cycling and greater resilience. Soil is often the entry point because it links many of these outcomes.

Organic matter influences water retention, nutrient cycling and soil structure; roots and microorganisms shape carbon flows; ground cover can reduce erosion and moderate temperature. But soil health is not the whole of regeneration. A farm cannot credibly be regenerative if ecological gains depend on insecure labour, declining household income or damage displaced elsewhere.

Practices associated with regeneration include reduced soil disturbance, permanent or seasonal ground cover, crop rotation, composting, agroforestry, integrated livestock, diversified plantings and more precise nutrient management. These practices overlap with conservation agriculture, agroecology, organic farming and longstanding Indigenous and local knowledge.

None, however, is regenerative simply because it appears on a list. A cover crop that competes for scarce water, poorly managed livestock that compacts soil, or tree planting that replaces a diverse habitat can work against the intended outcome.

This is the central distinction between practice-based and outcome-based claims. Practices are observable and relatively easy to report. Outcomes take longer and are influenced by climate, starting conditions and management quality. Yet the credibility of regeneration ultimately depends on outcomes.

Organisations may track soil cover, organic carbon, water infiltration, erosion, biodiversity, input efficiency, profitability and resilience. The right indicators will vary, but the logic should be explicit: what is changing, why should it matter, and what evidence would show that the system is recovering?

Regeneration also requires an honest baseline. A farm with severely compacted soil and little vegetation may show rapid early improvement. A diverse, well-managed farm may have less room to improve but already deliver stronger ecological function. Comparing the two only through annual change can reward degradation followed by recovery and overlook the value of maintaining good condition.

Both improvement and retained integrity matter.

In coffee and cocoa, regenerative approaches may include mixed shade systems, erosion control, pruning and renovation, composting, targeted nutrient use, restoration of riparian vegetation and greater crop or income diversity. The appropriate combination depends on altitude, rainfall, soils, pest pressure, household labour and market access.

Regeneration is therefore not a package that can be copied unchanged from one origin to another.

The social dimension deserves particular attention. Farmers are unlikely to maintain practices that increase labour, delay income or shift risk onto their households without a credible economic return. Long-term purchasing relationships, access to finance, technical support and participation in programme design can be as important as agronomy.

If regeneration is expected from farmers, the commercial system must help make it possible.

Regenerative agriculture is most useful when it raises the level of ambition and sharpens attention to ecological function. It becomes less useful when it is used as an undefined label, a substitute for evidence or a way to rebrand familiar activities. The test is not whether a programme uses the word.

It is whether the land, the people managing it and the wider landscape are becoming demonstrably healthier and more resilient. It becomes weak when the label is used to imply that selected practices necessarily deliver net-positive outcomes. The burden of proof remains with the claim.

Practical application

A credible regenerative programme begins by defining outcomes and baselines before selecting practices. For a coffee landscape, the objectives might include reducing erosion, increasing soil cover, improving water infiltration, diversifying shade and maintaining farmer profitability. Farmers and local experts should help determine which practices are realistic and what trade-offs need to be managed.

Monitoring should combine leading indicators, such as adoption and ground cover, with slower outcome measures, such as soil condition, biodiversity or resilience. It should also track labour and economics. A programme that improves soil but raises costs beyond what farms can sustain has not yet created a regenerative system.

Why it matters

Agriculture operates within living systems that have often been depleted by erosion, simplified landscapes, declining soil organic matter and repeated disturbance. Regeneration directs attention towards rebuilding the ecological processes that make production possible, increasing the capacity of farms to cope with climate and market pressure over time.

Common misconception

Regenerative agriculture is often presented as a fixed set of practices or as another name for organic farming. Organic standards govern particular inputs and production methods. Regeneration is an intended direction of ecological and social improvement. The two can overlap, but neither guarantees the other, and no practice is regenerative without evidence that it improves the relevant system.

Connections

Sustainable agriculture asks whether production can endure. Regenerative agriculture asks whether the ecological base can become healthier through production. Biodiversity provides one of the clearest tests of that ambition, while ecosystem restoration considers recovery beyond individual fields or farms.

Climate resilience is strengthened when regeneration increases diversity, water regulation, soil function and farmer options.

A question worth asking

When your organisation describes agriculture as regenerative, can it explain precisely what is being regenerated, what baseline is being used and what evidence would show meaningful recovery rather than simple practice adoption?

Selected references

- Newton, P. et al. 2020. What Is Regenerative Agriculture? A Review of Scholar and Practitioner Definitions Based on Processes and Outcomes. Frontiers in Sustainable Food Systems 4: 577723.

- Giller, K. E. et al. 2021. Regenerative Agriculture: An Agronomic Perspective. Outlook on Agriculture 50(1): 13-25.

- Schreefel, L. et al. 2020. Regenerative Agriculture - The Soil Is the Base. Global Food Security 26: 100404.

- Food and Agriculture Organization of the United Nations (FAO). Conservation Agriculture.

- EASAC. 2022. Regenerative Agriculture in Europe: A Critical Analysis of Contributions to European Union Farm to Fork and Biodiversity Strategies.