Core contributor to EUCLEG, Legumes Translated, and ECOBREED — all focused on improving legume and soybean varieties for European protein self-sufficiency.
INSTITUT ZA RATARSTVO I POVRTARSTVO INSTITUT OD NACIONALNOG ZNACAJA ZA REPUBLIKU SRBIJU
Serbia's national crop science institute specializing in legume breeding, soybean genetics, and protein crop development for European food and feed systems.
Their core work
The Institute of Field and Vegetable Crops in Novi Sad is Serbia's national research center for crop science, specializing in breeding, genetics, and agronomy of field crops — particularly legumes, soybeans, wheat, and potatoes. Their practical work centers on improving protein crops for European food and feed systems, developing varieties with better yield stability, disease resistance, and drought tolerance. They also bring expertise in organic and low-input crop breeding, and more recently in using energy crops for phytoremediation of contaminated soils. Their seed brand (nsseme.com) suggests they are also active in commercial seed production and variety development.
What they specialise in
EUCLEG and ECOBREED both involved molecular breeding, association genetics, genomic selection, and advanced phenotyping/genotyping methods.
ECOBREED targets organic crop breeding efficiency, while CROPDIVA works on climate-resilient underutilized crops — both address reduced-input farming.
Legumes Translated and CROPDIVA address feed/food technology, market analysis, and novel value chains for protein and orphan crops.
Phy2Climate represents a new direction — using energy crops for soil decontamination and biofuel production, linking agriculture to environmental remediation.
How they've shifted over time
Their early H2020 work (2017–2018) was deeply rooted in plant genetics and molecular breeding — phenotyping, genotyping, genomic selection, and association genetics for improving protein crop traits like yield, quality, and stress tolerance. By 2021, their focus broadened toward farming systems, multi-actor knowledge exchange, diversified cropping, and even environmental remediation through energy crops. The shift suggests a move from lab-based plant science toward applied, systems-level agricultural solutions with stronger connections to climate adaptation and circular economy thinking.
Moving from pure plant genetics toward integrated crop diversification, climate resilience, and agri-environmental applications — expect future interest in sustainable food systems and soil health projects.
How they like to work
Always a participant, never a coordinator in H2020 — they contribute specialist crop science expertise to large European consortia rather than leading them. With 117 unique partners across 28 countries, they are well-connected and comfortable working in big, multi-national teams. This profile suggests a reliable technical partner that delivers on their work package without the overhead of project management, making them a low-risk addition to any consortium needing Balkan crop science expertise.
Extensive European network spanning 117 partners across 28 countries, built through five mid-to-large consortia. Their geographic reach is notably broad for a Serbian institute, suggesting strong recognition in the European crop science community.
What sets them apart
As Serbia's national field crops institute with its own seed brand, they combine academic research credibility with practical variety development and seed production — a rare dual capability in Widening Countries. They offer direct access to Balkan agro-climatic conditions and germplasm collections that Western European partners typically lack. For consortium builders, they bring genuine field-trial capacity in Continental/Pannonian climate zones and help meet geographic diversity requirements while delivering real science.
Highlights from their portfolio
- ECOBREEDTheir largest H2020 grant (EUR 399,509), focused on organic crop breeding across wheat, potato, soybean, and buckwheat — represents their broadest crop science contribution.
- EUCLEGAddressed EU-China protein self-sufficiency through legume breeding — combined molecular genetics with applied breeding across multiple stress traits.
- Phy2ClimateA strategic departure into phytoremediation and energy crops, signaling the institute's expansion beyond traditional food crop breeding into environmental applications.