Normandy experimental farm providing on-site livestock and grassland research infrastructure for European agri-food and sustainability consortia.
La Ferme Expérimentale de la Blanche Maison is a Normandy-based experimental farm and agricultural association that provides real-world farm infrastructure, on-farm trial capacity, and practical livestock expertise to European research consortia. Their core value is bridging the gap between academic research and working farms — they contribute field data, farmer networks, and applied knowledge of beef and dairy systems that desk-based researchers cannot replicate. In H2020 projects, they have contributed both as an on-the-ground test site for genomic and precision livestock tools (GenTORE) and as an active participant generating data on sustainable grassland systems (SUPER-G). They are essentially a "living laboratory" embedded in one of France's most productive mixed livestock regions.
Contributed real farm environment and data to both GenTORE (genomic tools for beef/dairy) and SUPER-G (permanent grassland systems), serving as a working test site in both cases.
GenTORE explicitly targeted multi-breed genomic tools for beef and dairy cattle, and the Blanche Maison farm is a documented Normande breed experimental station in a major French cattle region.
SUPER-G focused directly on permanent grassland sustainability and ecosystem services, areas where Normandy's mixed livestock-grassland landscapes provide direct applied relevance.
GenTORE covered precision livestock technology, health proxies, and on-farm management tools, suggesting they can host and evaluate sensor or monitoring interventions at farm scale.
SUPER-G employed a transdisciplinary, multi-actor methodology, and an experimental farm association is a natural anchor for co-design processes involving farmers and researchers.
In their earliest H2020 involvement (GenTORE, from 2017), the farm's contribution centred on genetics, breeding tools, and technology integration at the animal and herd level — genomic performance, health proxies, and precision management within beef and dairy systems. Their more recent project (SUPER-G, from 2018) shifted the frame upward: from the individual animal to the whole farm ecosystem, with keywords like permanent grassland, ecosystem services, and sustainability replacing GxE models and multi-breed tools. This reflects a broader sector trend from optimising livestock genetics toward managing farm landscapes for environmental outcomes — and suggests the farm is adapting its research partnerships accordingly.
They are moving from animal-level optimisation toward whole-farm and landscape-scale sustainability, positioning them well for future consortia focused on agro-ecology, carbon farming, or biodiversity on agricultural land.
This organisation has never held a coordinator role across its two H2020 projects — it consistently joins as a partner or third-party contributor, which is typical for experimental farms that provide real-world infrastructure rather than project management. Despite a modest project count, they have engaged with 47 distinct consortium partners across 16 countries, indicating they integrate into large, geographically diverse consortia rather than working in small bilateral partnerships. Working with them likely means access to an operational farm site for trials, farmer network connections in Normandy, and practical ground-truth data — not desk research or administrative leadership.
With 47 unique consortium partners spread across 16 countries from just two projects, they participate in wide, multi-partner networks typical of large RIA consortia. Their geographic reach is pan-European, though their physical contribution is rooted in the Normandy region of France.
Unlike university departments or research institutes, this is an actual working experimental farm — it offers something rare in EU research consortia: a functioning, instrumented agricultural operation where hypotheses can be tested under real production conditions. Located in Normandy, one of France's principal dairy and beef regions, they bring direct credibility with the farming community that purely academic partners cannot replicate. For projects that need to demonstrate real-world applicability of livestock or grassland innovations, this farm provides both the physical setting and the practitioner legitimacy.
