Europe’s Agri-Food Innovation Strategy Needs a Territorial Operating System

Innovation policy is often drawn as a pipeline: knowledge enters at one end and marketable products emerge at the other. Agriculture, forestry and food systems rarely behave so neatly. Their performance depends on soil, climate, infrastructure, skills, regulation and trust—conditions that only become visible in place.

The European Commission’s Strategic Approach to Research and Innovation, adopted on 8 September, is significant because it moves closer to this reality. It brings together AgRI 2040, covering agriculture, forestry and rural areas, and Food 2040, covering food systems including fisheries and aquaculture. The frameworks are intended to guide relevant EU-funded research and innovation under Horizon Europe 2028–2034 and parts of the future European Competitiveness Fund, without prejudging the next EU budget.

The strategic shift is not simply thematic. The Commission places stronger emphasis on user needs, co-creation, testing in real-world settings, deployment and market uptake. That is an important recognition of Europe’s persistent translation problem: excellent research does not become resilience merely because a project reaches its final reporting period.

This matters because the new agenda is broad. AgRI 2040 includes soils and agro-ecosystems, farming and livestock systems, the bioeconomy, multifunctional forests, rural areas, stronger value chains, digitalisation, artificial intelligence and robotics. Food 2040 adds place-based food systems, healthy diets, resource efficiency, zero pollution, consumer empowerment and aquatic food. Such breadth will create impact only if the portfolio has an architecture: shared outcomes, evidence standards and connected pathways from research to adoption.

The territory is therefore more than a demonstration location. It is the operating system. It supplies users who can define the problem, assets where technology can be tested, authorities who shape enabling conditions, and value chains able to absorb a solution. It also exposes non-technical risk early: feedstock seasonality, fragmented ownership, permitting, logistics, skills, willingness to pay and the practical burden placed on primary producers.

Ireland’s new on-farm grass biorefinery in County Cork illustrates the model. The national government financed a €3 million demonstration facility, while the CBE JU-funded Rural BioReFarmeries project—approximately €7.35 million of European support—will test a farmer-centred model and its replication across European grassland regions. The two investments perform different jobs: one establishes the physical environment; the other builds evidence, learning and a route to wider deployment.

That complementarity should inform the next generation of programme design. Horizon Europe can support knowledge, collaboration and validation. Regional, national and agricultural instruments can help establish sites, supply chains and enabling infrastructure. CBE JU can connect bio-based innovation with industrial scale-up. Advisory, guarantees, equity and long-term finance should enter as technical and commercial evidence matures. Blended finance is most effective when each instrument carries a defined barrier—not when several instruments are merely assembled around the same unresolved risk.

The executive test for AgRI 2040 and Food 2040 will not be the number of topics or funded consortia. It will be whether promising solutions can cross four boundaries: from scientific question to user need, from prototype to situated proof, from proof to investable model, and from one territory to responsible replication. Europe has described the direction. The next task is to design the operating system that makes the journey possible.