Core contributor across SolACE, ReMIX, DiverIMPACTS, IWMPRAISE, INVITE, and ClieNFarms — all requiring extensive field-level crop expertise.
ARVALIS INSTITUT DU VEGETAL
France's applied crop research institute, providing field trial expertise and agronomic solutions for sustainable European agriculture.
Their core work
ARVALIS is France's leading applied research institute for arable crops, providing farmers and the agri-food industry with practical agronomic solutions. They conduct field trials, develop crop management recommendations, and bridge the gap between laboratory science and on-farm practice across cereals, maize, potatoes, and other field crops. Their H2020 involvement centers on contributing real-world agronomic expertise and field trial infrastructure to large European research consortia tackling crop diversification, weed management, resource efficiency, and digital agriculture.
What they specialise in
Participated in IoF2020 (Internet of Food and Farm) and SmartAgriHubs, both large-scale digital agriculture pilots.
Contributed to ReMIX (species mixtures), DiverIMPACTS (crop rotation/intercropping), IWMPRAISE (integrated weed management), and PANACEA (non-food crops).
INVITE focuses on plant variety testing innovation; RUSTWATCH on wheat rust pathogen monitoring; SolACE on genomic selection and genotype performance.
Third-party contributor to NEFERTITI, PLAID, and Smart-AKIS — all focused on peer-to-peer learning and agricultural innovation dissemination.
SolACE (water/nutrient use efficiency), CropBooster-P (boosting crop yield under climate change), and ClieNFarms (climate-neutral farming systems).
How they've shifted over time
In 2016-2018, ARVALIS entered H2020 through precision agriculture and IoT pilots (IoF2020, SmartAgriHubs), emphasizing smart farming technology adoption and data-driven approaches. From 2019 onward, their focus shifted decisively toward sustainability, farmer-led innovation networks, and climate adaptation — with projects like INVITE (variety testing for resilience), NEFERTITI (demonstration networks), and ClieNFarms (climate-neutral farming). The trajectory is clear: from technology-push (sensors, IoT) toward systems-level thinking about how farms can become more sustainable and climate-resilient.
ARVALIS is moving from digital agriculture tools toward whole-system sustainability, making them an increasingly relevant partner for climate adaptation and agroecology projects.
How they like to work
ARVALIS never coordinates H2020 projects — they contribute as a third party (11 of 14 projects) or junior participant, providing field expertise and trial sites to consortia led by others. They work almost exclusively in large consortia (402 unique partners across 33 countries), acting as one of many distributed field-level contributors. This pattern suggests they are easy to integrate into big multi-partner projects but unlikely to drive project design or management.
Extremely broad network of 402 unique partners across 33 countries, built through participation in large pan-European thematic networks and demonstration projects. Their reach spans virtually all EU member states, reflecting the distributed nature of agricultural field trials rather than deep bilateral partnerships.
What sets them apart
ARVALIS occupies a distinctive niche as France's primary independent applied crop research institute — not a university, not a company, but a farmer-funded technical center with extensive field trial infrastructure across French climatic zones. For consortium builders, they offer something hard to find elsewhere: immediate access to real-world French farming conditions, large-scale field validation capacity, and direct channels to the French farming community. Their track record of reliable third-party contributions in 14 projects makes them a low-risk addition to any agriculture-focused consortium.
Highlights from their portfolio
- IoF2020Largest EC funding for ARVALIS (EUR 351,406) and a flagship IoT-in-agriculture pilot with 70+ partners across Europe.
- SolACEHighest single-project funding (EUR 445,000) and their deepest scientific involvement — genomic selection, root traits, and nutrient use efficiency.
- INVITERunning until 2024, this project on plant variety testing innovation represents their most recent strategic direction toward resilience-focused crop evaluation.