UK Farm Research Map Finds Just 7% of £1.2 Billion Funding Crosses Disciplines
A new map of United Kingdom agricultural research has traced more than £1.2 billion of public project funding awarded during 2022–2026—and found that only about 7% supported interdisciplinary or cross-cutting work. That is a striking mismatch for an industry in which profitability, crop genetics, animal health, soil, water, technology and markets rarely operate as separate problems.
The State of Agricultural Research & Innovation 2026 report, launched on 20 October by the Centre for Agricultural Research Impact, combines project-funding data with responses from more than 600 farmers, researchers and other stakeholders. More than 300 respondents were farmers. The review is the first in a planned annual series.
The 7% finding in money terms
The report’s percentage becomes easier to understand when translated into money. Seven per cent of £1.2 billion equals £84 million. On that arithmetic, roughly £1.116 billion per £1.2 billion mapped sat outside the report’s interdisciplinary and cross-cutting classification.
Those figures are an Agrilinkage calculation based on the rounded headline total and reported 7% share; they are not separate line items published by the report. Because the underlying portfolio is described as more than £1.2 billion and the percentage as around 7%, the actual values will differ from the rounded calculation.
Measure | Reported or calculated value | What it means |
Public agricultural-research funding mapped | More than £1.2 billion | Projects awarded during 2022–2026 within the study’s agricultural-research scope |
Interdisciplinary and cross-cutting share | Around 7% | Projects designed across subject or system boundaries |
Illustrative 7% of £1.2 billion | Approximately £84 million | Agrilinkage arithmetic using rounded headline figures, not an official budget total |
Survey participation | More than 600 respondents; more than 300 farmers | A substantial consultation, but not a statistically representative census of UK farming |
What the funding map includes—and what it does not
The project team says its funding database covers the great majority of relevant public research funding during the period. It assembled public data and information supplied by organisations including Defra, UK Research and Innovation bodies, Innovate UK, the Animal and Plant Health Agency, devolved governments, agricultural universities and specialist research institutions.
Projects were identified using terms relating to crops, livestock, soil, water, environmental management, pests and diseases, farm technology, robotics, rural social science and food supply chains. The team then distinguished projects that were definitely and mainly agricultural from work in which agriculture was only one possible application.
That scope is important. The £1.2 billion figure is a map of identified project awards, not the complete economic cost of UK agricultural innovation. It does not automatically capture all private-company research, every university’s internally financed work, farmers’ own experimentation or the full cost of maintaining long-lived facilities and datasets. The published methodology should therefore be read alongside the headline total.
Farm profitability leads the demand side
The accompanying stakeholder survey asked what agricultural research should achieve and where the system needs to change. The researchers report that profitable farming was the leading priority for most participating farmers, while respondents across the system wanted research to answer practical questions and involve farmers and growers from the outset.
That preference does not mean farmers rejected long-term or foundational science. It points instead to a translation problem: a research portfolio can be scientifically strong while still making it hard for producers to identify what changes a management decision, reduces cost, protects yield or creates a saleable product.
Profitability is also a system outcome. A disease-resistant variety may need breeding, pathology, agronomy, seed multiplication, regulation and market acceptance. A water-saving practice can require soil science, engineering, farm economics and catchment governance. A livestock-emissions technology may fail commercially even when it works biologically. The reported 7% cross-cutting share matters because these delivery chains routinely cross funding and disciplinary boundaries.
Why short funding cycles collide with agricultural biology
An Aberystwyth University summary of the report highlights forage breeding as an example of long-horizon research. New grass and legume varieties can take 15–20 years to progress from early research to commercial deployment. That timescale spans multiple grant rounds, policy cycles and market conditions.
The same problem applies to long-term crop rotations, soil experiments, genetic resources and animal-breeding programmes. Interruptions can destroy time-series value that cannot simply be recreated with a new three-year project. The report consequently calls for reliable long-term funding pathways alongside more accessible farmer-centred programmes.
The policy challenge is not to choose between near-term farm trials and slow foundational research. It is to finance a connected pipeline: discovery, validation, on-farm testing, commercial development, extension and adoption. Farmer-led trials can expose operational barriers early, while sustained science preserves options for diseases, climate conditions and production constraints that may emerge years later.
Coordination is a productivity issue
Fragmentation has costs even when every individual project is credible. Different funders can duplicate data collection, require incompatible reporting or support facilities without a shared maintenance plan. Researchers may struggle to discover existing datasets and trial networks. Farmers can be repeatedly consulted without seeing results returned in a usable form.
SARI recommends stronger coordination across funders, research organisations and the UK’s four nations, regular foresight on emerging challenges, and strategic investment in research infrastructure. The infrastructure list extends beyond laboratories: it includes skills, farm networks, data-sharing systems, specialist facilities and long-running experiments.
This is where the annual design of SARI could become valuable. A one-off map describes a portfolio; repeated editions can show whether investment is shifting, whether gaps persist and whether new priorities displace or complement long-term capabilities. The annual series will be most useful if it keeps definitions stable enough to distinguish real changes from classification changes.
Questions the next edition should answer
The 2026 report creates a baseline, but funders and producers will need outcome measures as well as award totals. Four questions are especially important:
How much funding reaches projects with farmers in their governance, design or field testing—not merely as consultation respondents?
How much of the portfolio supports translation and adoption after an initial scientific result?
Which long-term datasets, experimental farms and specialist facilities face funding cliffs?
Do projects produce reusable evidence on farm profit, labour, risk and performance under commercial conditions?
Answering those questions would help distinguish activity from capability. The £1.2 billion map shows that the UK has a large agricultural-research portfolio. The 7% result suggests that comparatively little of it is explicitly structured around the connected problems farms actually face.
Methodology and sources
Agrilinkage reviewed the SARI project page, its interactive funding scope, the survey portal and Aberystwyth University’s 21 October account of the report. The £84 million and £1.116 billion figures are simple calculations from the rounded £1.2 billion base and 7% reported share. No claim is made that those calculated amounts equal unrounded portfolio totals.
Comments