SciTransfer
Organization

INSTYTUT HODOWLI I AKLIMATYZACJI ROSLIN - PANSTWOWY INSTYTUT BADAWCZY

Polish national plant breeding institute combining crop genomics, phenomics, and genebank data infrastructure for wheat, potato, and food legumes.

Research institutefoodPL
H2020 projects
6
As coordinator
0
Total EC funding
€1.1M
Unique partners
117
What they do

Their core work

Poland's national Plant Breeding and Acclimatization Institute (IHAR-PIB) specializes in crop genetics, breeding, and genetic resource conservation for major European food crops — particularly wheat, potato, and solanaceous species. They combine classical plant breeding with modern genomics, phenomics, and bioinformatics to develop improved crop varieties suited to European growing conditions. Their work spans the full pipeline from genebank management and genetic diversity characterization to field phenotyping and breeding for stress tolerance. They also contribute to European-scale data infrastructure for plant genetic resources, including standards development and FAIR data management.

Core expertise

What they specialise in

Crop genomics and phenomicsprimary
5 projects

Central to G2P-SOL, ECOBREED, AGENT, INCREASE, and RUSTWATCH — all involving genotyping, phenotyping, or molecular characterization of crops.

Wheat and cereal breedingprimary
3 projects

RUSTWATCH focused on wheat rust resistance, ECOBREED on organic wheat breeding, and AGENT on wheat and barley genetic resource activation.

Potato and Solanaceae researchprimary
2 projects

G2P-SOL linked genomes and phenotypes across potato, tomato, pepper, and eggplant; ECOBREED included potato breeding for low-input systems.

Genebank data management and FAIR standardssecondary
2 projects

AGENT built activated genebank networks with EURISCO integration and FAIR data standards; INCREASE applied similar data infrastructure to food legumes.

Agricultural environmental impact assessmentemerging
1 project

PAPILLONS examined micro- and nano-plastic contamination in agricultural systems — a new direction outside their core breeding expertise.

Evolution & trajectory

How they've shifted over time

Early focus
Crop-specific breeding and genomics
Recent focus
Genetic resource data infrastructure

Their early H2020 work (2016–2018) focused on crop-specific breeding challenges: Solanaceae genomics in G2P-SOL, wheat rust pathology in RUSTWATCH, and practical phenotyping and genotyping for organic varieties in ECOBREED. From 2020 onward, a clear shift emerged toward data infrastructure, genetic resource management, and cross-crop information systems — projects like AGENT and INCREASE emphasize genebank networks, FAIR standards, legacy data reuse, and digital tools including blockchain and AI. This evolution reflects a move from individual crop improvement toward becoming a data-enabled genetic resources hub for European agriculture.

IHAR-PIB is positioning itself as a digital genebank and data standards partner, making them increasingly relevant for projects that need FAIR-compliant plant genetic resource management alongside breeding expertise.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European36 countries collaborated

IHAR-PIB operates exclusively as a consortium participant — they have not coordinated any H2020 projects, indicating they contribute specialized expertise rather than lead large initiatives. With 117 unique partners across 36 countries, they are well-connected across European agricultural research networks and comfortable in large, multi-national consortia. Their consistent participation across six RIA projects suggests they are a reliable, sought-after partner who delivers on defined work packages rather than driving project strategy.

Extensive European network spanning 117 unique partners across 36 countries, built through six large Research and Innovation Action consortia. Their reach covers virtually all EU member states and associated countries active in agricultural research.

Why partner with them

What sets them apart

IHAR-PIB combines deep expertise in both traditional plant breeding and modern omics technologies with growing capability in genetic resource data management — a combination few national institutes offer at this level. As Poland's primary plant breeding research institute, they provide access to Central-Eastern European crop diversity and field trial networks that Western European partners typically lack. Their dual strength in hands-on phenotyping and digital genebank infrastructure makes them especially valuable for projects bridging lab research with practical breeding applications.

Notable projects

Highlights from their portfolio

  • AGENT
    Largest funding (EUR 417,686) and most aligned with their evolving focus on genebank activation, FAIR data, and cross-crop genomic infrastructure.
  • G2P-SOL
    Comprehensive multi-species Solanaceae project linking genetic resources to phenotypes — showcases their strength in integrating genomics, metabolomics, and bioinformatics across crop species.
  • INCREASE
    Innovative use of blockchain, AI, and citizen science for food legume genetic resources — signals their move into emerging digital technologies for biodiversity conservation.
Cross-sector capabilities
Environmental monitoring (agricultural plastic and micro-plastic impact assessment)Data science and bioinformatics (FAIR standards, database management, legacy data integration)Biodiversity conservation (genebank management, genetic diversity characterization)Digital agriculture (AI, blockchain for genetic resource tracking)
Analysis note: Six projects provide a solid profile with a clear thematic thread and visible evolution. Confidence is not maximum because all projects are participant roles with modest budgets, limiting insight into the institute's full independent capabilities beyond what they contribute to consortia.