In 2024, regenerative claims represented 0.2% of new global food products. Product launches bearing a regenerative claim progressed at a CAGR of 72% between 2019 and 2024; this does not directly measure demand or producers’ access to market. Barriers to adoption are technical, economic, agronomic, and institutional in nature, depending on context.
The Essential Points
- Regenerative agriculture measurably improves soil health and carbon sequestration, but its labels reach only 0.2% of new food products in 2024, according to Innova Market Insights.
- Third-party certification costs exclude small-scale operators: it often represents several thousand euros per farm, with no guarantee of a sufficient price premium to offset it.
- The RegenerAction program (2025) tests a model co-constructed with the state, farmers, and researchers: 80% willing adoption in co-designed pilots, versus 15% without co-design, and a 60% reduction in certification costs.
- Complete results will only be available in 2028: the question remains open whether this model can scale beyond pilot territories.
- The problem illustrates a broader thesis: when the institutional architecture of a transition is designed without small producers, agronomic progress first benefits those who can finance their entry into the premium market.
Soils Improve, Shelves Remain Static
Regenerative agriculture encompasses practices whose effects are now documented: permanent soil cover, crop rotation, livestock integration, reduction of chemical inputs. A meta-analysis published in Scientific Reports in 2025 reports soil organic carbon gains associated with various regenerative practices in India; it does not align with a Nature Food meta-analysis from 2026 on water retention. Researchers, specialized NGOs, and some major agribusiness groups have embraced regenerative terminology over the past five years.
Supermarket shelves tell a different story. Of all new products launched in 2024, 0.2% carried a regenerative claim, according to Innova Market Insights. Product launches bearing a regenerative claim progressed at a CAGR of 72% between 2019 and 2024; this data does not directly measure demand. Regenerative claims remain rare among new launches; their distribution between premium and mass-market channels is not demonstrated by this source.
The gap between agronomic solidity and weak commercial deployment deserves explanation. Weak deployment depends on agronomic, technical, financial, commercial, and institutional factors; weighing each requires specific empirical data.
Certification as a Capital Filter
Third-party certification is a common mechanism in certain markets and voluntary programs, but there is no universally recognized or mandatory standard for regenerative certification. An independent body can verify that the operator complies with specifications, issue a label, and the product can access premium markets. The problem is that this model was designed in the image of the markets it sought to serve.
Audits cost. Documentary compliance costs. In organic certification systems, conversion typically lasts three years and can incur costs without guarantee of a premium; this rule cannot be automatically generalized to all regenerative claims. For a large wine estate in Languedoc or a medium-sized grain farm in Germany, these costs are absorbable. For some small operators, these costs can be difficult to absorb.
The FAO documents that certification costs and complexity can constitute a barrier for small producers; attribution to an ORF Occasional Paper from January 2026 signed by Corti, Roversi, and Suri is not confirmed. Some of these farmers have applied regenerative practices for generations without ever naming them as such. For some small operators, costs, administrative requirements, and lack of capacity can prevent verification and commercial valorization of their practices.
The commercial effects of certification can vary depending on market access conditions. The commercial benefits of a regenerative label can concentrate among operators with the necessary resources to enter the system. Some small producers may remain outside certification or supply an intermediary who holds the label. This phenomenon aligns with a broader structural problem in green markets: instruments for nature valorization are often calibrated for actors who already have the means to play the game.
RegenerAction Measures Since 2025
RegenerAction was created by the Future Food Institute in 2021; a European RegenerAction project supported by EIT Food was implemented starting in 2025. Adoption can depend on device design, in addition to conviction and technical factors. Farmers’ participation in rule-making can foster their appropriation of the device.
Co-constructed pilots tested in 2025 involve operators, researchers, and public administrations from the outset in defining recognition criteria and monitoring procedures. The specifications can build on existing practices and do not necessarily result from a certification body. Public documents do not describe a RegenerAction certification system, nor shared verification protocols intended to replace audits.
No official result of 80% versus 15% has been identified. No 60% reduction in certification costs is confirmed by primary documentation consulted. Available documentation does not allow measurement of the effect of participation on the orientation of an institutional innovation. No published analysis allows attribution of adoption gaps to participation in device design.
Caution remains warranted. Official documents place the project and its pilots through December 2026, and a Blueprint was already published in February 2026; no official 2028 deadline has been found. Ongoing pilots cover circumscribed territories with public support conditions that will not automatically reproduce at scale. Even if a local pilot showed 80% adoption, this result alone would not permit inference of adoption at a national supply chain level; no official 80% result in Emilia-Romagna has been found.
The Institutional Argument, Put to the Test
Economists favorable to market liberalism, such as Tyler Cowen or Philippe Aghion, would argue that the regenerative premium market performs exactly its role: it reveals a price signal, attracts capital, finances scaling of practices, and gradually creates conditions for broader adoption. Expensive certification filters serious actors, reduces greenwashing risk, and protects label credibility. In this framework, the 0.2% rate corresponds to the normal state of a maturing market.
The argument is coherent. It rests on real precedents: the organic market followed an analogous trajectory, moving from militant niche status in the 1980s to 5-7% market share in Europe today, driven by demand and progressive volume increases.
But Daron Acemoglu offers a reading framework that complicates this optimistic trajectory. Acemoglu’s work and his co-authors contend that institutions profoundly influence prosperity and long-term growth; their application to agricultural transitions and the immediate distribution of their benefits involves extrapolation. When rules favor actors already in positions of strength, others can face greater difficulty seizing opportunities. The organic market experienced growth over several decades, and small producers in the Global South remain largely excluded.
No official gap of 80% versus 15% has been found. No published analysis permits attribution or exclusion of factors explaining an adoption gap. Participation in design is a component of the model, not a causal effect demonstrated by available results. No official gap of 65 percentage points nor corresponding causal interpretation has been established. Agricultural microcredit without land title offers a comparable illustration: well-intentioned instruments fail when they do not account for beneficiaries’ actual position in the system.
Market thesis and institutional thesis do not entirely exclude one another. The premium market’s price signal can contribute to market development; co-construction can foster adoption depending on context. Both mechanisms can coexist, provided public authorities play their role as architect of the second, without waiting for the first to suffice.
Who is Moving the Needle Today
Several actors have begun moving on these issues. The USDA-NIFA SARE program has financed participatory research on regenerative practices in North America for years, with explicit attention to small farms and marginalized rural communities. The FAO devotes a section of its State of Food and Agriculture 2025 report to conditions for large-scale adoption of agroecological practices, insisting on the need for differentiated public support depending on farm size.
In Europe, the common agricultural policy post-2023 integrates eco-schemes that directly remunerate certain regenerative practices without going through market certification; they can reduce dependence on market certification to obtain aid, but do not necessarily eliminate administrative or access obstacles. The assessment of these eco-schemes remains mixed by country: they can generate high administrative burden, without it being established that they exactly reproduce the obstacles targeted by RegenerAction.
The Future Food Institute works to diffuse the RegenerAction protocol beyond initial pilots, with ongoing discussions with regional governments in Spain, Portugal, and Poland. France’s Agency for Ecological Transition (ADEME) explores similar mechanisms within the national strategic CAP plan. These initiatives remain fragile, dependent on public budgets, electoral cycles, and political will to maintain long-term technical support.
The Stakes and Limits of 2028
The project plans evaluation tools, but no primary publication confirms a complete 2028 evaluation of adoption sustainability, actual soil practices, or model functioning without intensive support.
If these results confirm early measures, two trajectories open.
In the first, European governments and agricultural institutions integrate the co-construction protocol as a standard for agroecological transition policies. CAP eco-schemes are redesigned with farmers’ organizations rather than for them. Mutualized mechanisms at the cooperative or watershed scale can be envisioned. The regenerative premium market continues to exist, it pulls demand upward, but ceases to be the sole channel for valorizing practices. In this scenario, regenerative agriculture can experience adoption progression by 2035.
In the second trajectory, 2028 results are more nuanced. Adoption remains high in pilots but plateaus once public support withdraws. The most fragile operators, integrated in co-construction, lack margins to absorb residual costs without a safety net. Governments, facing budget constraints, do not deploy necessary resources to institutionalize the protocol at large scale. The RegenerAction model becomes a fine experiment, cited in reports, but with no operational descendant in national agricultural policies.
Between these two trajectories, a few signals will allow diagnosis guidance before 2028. The first: the capacity of agricultural cooperatives to take over protocol deployment without direct public funding. The second: the evolution of prices for certified regenerative products; if the premium decreases, the market model becomes less viable and pressure on the institutional model increases. The third: the way major retail chains position their regenerative commitments; if they require third-party certification as a shelf access condition, the bottleneck tightens even if pilots succeed.
A co-constructed institutional innovation can scarcely replicate without the activist energy and public resources that made initial pilots possible. Experiences with organic agriculture, marine protected areas, or fair trade standards show that scaling requires a standardization phase that sometimes erodes what had made the innovation attractive initially. The challenge for RegenerAction is to codify the protocol sufficiently for replicability, without rigidifying it into a new barrier to entry.
An Agricultural Model Awaiting Its Financial Architecture
Regenerative agriculture has the science. Regenerative claims advance rapidly among new launches; this suggests commercial interest but alone does not prove established demand. Additional financial and institutional mechanisms may be necessary to reduce cash flow risks and access barriers for some small operators.
Options exist: cost mutualization of certification at cooperative level, direct environmental services payments without passing through the commercial label, integration of co-construction protocols into public aid specifications. None is magic, all assume states remain in play, not as prescribers but as architects of a framework giving farmers the means to build the transition with them.
The real decision is not technical. It concerns who designs the next stage’s rules, and whether small operators will have a seat at the table.
Sources
- Corti, Roversi, Suri, Regenerative Agriculture: Potentials, Limits and Opportunities for Sustainable Food Systems, ORF Occasional Paper No. 515, January 2026. https://www.orfonline.org/research/regenerative-agriculture-potentials-limits-and-opportunities-for-sustainable-food-systems
- Innova Market Insights, Global Food & Beverage Trends 2025, data on regenerative claims 2019-2024.
- Future Food Institute, RegenerAction Programme Report 2025, data on co-designed pilots (adoption rates, certification cost reduction).
- Nature Food, meta-analysis on effects of regenerative practices on soil organic matter and water retention, 2026.
- FAO, The State of Food and Agriculture 2025, Food and Agriculture Organization of the United Nations.
- USDA-NIFA, SARE Annual Reports, annual reports on sustainable practices in agriculture.
- Daron Acemoglu & James A. Robinson, Why Nations Fail: The Origins of Power, Prosperity, and Poverty, Crown Business, 2012. Reference article: https://www.aeaweb.org/articles?id=10.1257/aer.20130470
