Research
A working farm as a living-lab site
What is here, what can be run on it, and what it cannot do.
Most agricultural technology is validated somewhere clean: a research station, a single crop, flat rectangular plots, generous instrumentation and a budget that absorbs failure. Very little of it is validated on a twelve-hectare organic holding with six enterprises, curved orchard rows, hedges in the way and one person who has to decide, on a Tuesday morning in July, whether to irrigate. It is in that gap that design assumptions meet day-to-day agricultural use. The farm offers a setting in which usability, maintenance burden and adoption can be measured alongside technical performance.
What a small holding can contribute
The site is deliberately representative of a small diversified farm: several cropping systems, limited labour, organic constraints, and production decisions that cannot be suspended for a trial. That is what makes it useful as a living-lab site and on-farm research infrastructure: what holds true here has some chance of holding true elsewhere.
- An ordinary holding. Most European farms are small, mixed and short of labour. A method that needs a specialist to operate it has not yet been validated for them.
- Diversity in a small space. Six cropping systems and more than seventy species within a few hundred metres: a model trained on one crop meets eight here.
- Records already kept. Two annual audits mean plot records, input records and traceability already exist to an external standard.
- Real constraints. No synthetic input is available as a fallback. If a method fails the crop is lost, and the account reflects it.
- Few intermediaries. Decisions are taken by one small team, which bears the consequences and reports what happened.
« Non contristentur si necessitas loci aut paupertas exegerit ut ad fruges recolligendas per se occupentur. »
Rule of Saint Benedict, chapter 48
Let them not be saddened if the circumstances of the place or their poverty require them to gather the harvest themselves.
Why Europe is moving this way
The AGROECOLOGY Partnership — the European Commission together with the national funding agencies, coordinated from Germany, co-coordinated by the French national research agency, committed until 2033 — is built around agroecology living labs and on-farm research infrastructures: long-term, site-specific, multi-stakeholder experimentation in real conditions rather than on research plots. Its premise is that practices which work in a trial have not yet been shown to work on a farm, and that the difference is where adoption is won or lost.
That network admits two distinct categories: living labs, which are partnerships, and research infrastructures, which are places open to outside users. It is the second that fits this farm, and it intends to apply for recognition on that basis at the next application wave.
The model has a track record. Hungary's ÖMKi on-farm living lab has been co-designing field trials and technology tests with commercial farmers since 2012, on the argument that insights rooted in a grower's own land and operations are the only ones that transfer.
The infrastructure on site
| Asset | Detail | Relevance |
|---|---|---|
| Connectivity | Fibre-optic internet to the estate | Gateways, dashboards, image upload, remote support — without which most IoT pilots stall on day one |
| Power | Mains distributed across buildings and plots | Sensors, controllers, cold chain, drying room. Power near the point of measurement, not only at the office |
| Field access | Vehicle access to plots; open ground for take-off and landing | Drone and ground-robot work, equipment delivery, servicing |
| Plots | Certified organic, individually recorded | Trial layout with a documented history for each parcel |
| Orchard | 26 species, 100+ varieties, curved rows | Flowering, frost, pollination, disease, canopy assessment — and a genuine navigation problem for autonomous equipment |
| Walled enclosure | Eighteenth-century, sheltered microclimate | A measurably different environment two hundred metres from the open fields: a built-in contrast |
| Water | Historic spring, three wells, drip irrigation network | Irrigation scheduling, soil moisture, water-use measurement |
| Apiary | 10 colonies, two genetic lines | Hive monitoring with a built-in comparison |
| Drying room | Low-temperature air drying, in use | Process control, energy, and product quality that can be assessed |
| Workshop | Processing facility, certification in progress | Post-harvest handling, preservation, packaging, residue streams |
| Records | Plot and crop records kept to certification standard | Ground truth. The thing most pilots discover too late that they lack |
Six systems, one site
Orchard
Perennial, wide species range, curved rows, frost-exposed, conservation varieties with known provenance.
DetailMarket garden
Intensive annual rotation, 20 crops, sheltered enclosure, high labour, high perishability.
DetailAromatic and medicinal plants
High value per hectare, quality decided post-harvest, 22 species, a real drying process.
DetailField crops
Low-input arable rotation and permanent grassland: soil, nitrogen and cover.
DetailApiary
Ten colonies, two genetic backgrounds, under real pressure from hornet and varroa.
DetailPost-harvest
Drying, cold chain, workshop, residue streams, traceability to batch.
DetailWhat can be tested here
Sensing and data
- IoT sensor networks and field gateways
- Soil moisture and volumetric water content
- Weather stations and microclimate comparison
- Satellite and drone crop monitoring
- Plant disease and crop stress detection
- Hive monitoring
- Biodiversity assessment methods
- Carbon and environmental footprint tools
- Traceability and digital product passports
- Rural connectivity solutions
Decisions and operations
- Irrigation scheduling and remote control
- Harvest timing and yield estimation
- Crop decision support across mixed systems
- Drone mapping and multispectral survey
- Field robotics and autonomous tools
- Non-chemical and vision-guided weed control
- Post-harvest preservation and shelf life
- Active and natural packaging
- Residue valorisation
Scope and safeguards
It is not a living lab on its own. The term names a territorial, multi-actor partnership with its own governance and duration; the European criteria expressly exclude a single farm, a demonstration plot or a field trial from constituting one by itself. What this farm offers is the real-life setting: it can be a site within a living lab, and that is what it is seeking.
The arrangementThe farm enters as a site within a living lab that already exists, or within a territorial scheme run by others; it does not carry the governance.
It is not a research station. There are no laboratories, no controlled environments, no statistical replication at scale and no dedicated research staff. Analytical work belongs with partners who do it properly.
The arrangementAnalysis and controlled-environment work belong to an accredited partner laboratory; the farm provides the operating team, the plots, routine observation and sampling under protocol.
It is not large. Twelve hectares under cultivation, eight of them owned and the rest held on a farm tenancy. Anything needing a hundred-hectare block, heavy machinery or large-plot replication should go elsewhere. The value here is diversity and realism, not area.
The arrangementAnything needing replication is designed as a distributed trial across several farms, of which this is one.
Production comes first. This is a commercial holding. A trial that would put a crop at unacceptable risk, or that arrives at harvest and expects attention, will be refused or rescheduled.
The arrangementGo and no-go rules are agreed season by season, before installation, and they are written down.
Organic rules are not negotiable. Nothing may be applied to certified ground that would compromise the certificate. That constraint is not an obstacle to be worked around; for most partners it is the reason to be here.
The arrangementEvery input and every intervention on certified land is approved in advance, checked with the certification body where that is required.
Practical terms
- Scope and season. Which plots, which crops, which months. Agricultural seasons do not move; a trial that misses its window waits a year.
- What the farm does. Installation support, routine observation, dashboard use, sampling, feedback. Named, quantified and resourced — farm labour is the scarcest input here.
- What the partner does. Equipment, configuration, training, support and removal at the end.
- Data. Who owns what, what may be published, what is commercially sensitive. Agreed before installation, not after.
- Risk. What happens if the equipment damages a crop or the method fails. Stated in writing.
- Cost. Site preparation, labour, foregone production. The farm is an SME and cannot absorb these silently.
These points are agreed before installation and in writing: scope, roles, data, risk and cost. What takes longer, and matters more, is establishing that the question is one this site can genuinely answer.
Bring us a question
A first technical exchange establishes the research question, the controls required, the season, the plots and the resources on each side.