SciTransfer
Organization

GETREIDEZUCHTUNG PETER KUNZ, VEREINFUR KULTURPFLANZENENTWICKLUNG

Swiss biodynamic grain breeding association developing open-pollinated wheat, spelt, and rye varieties for organic and low-input farming systems.

NGO / AssociationfoodCHSMENo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
Unique partners
75
What they do

Their core work

GZPK is a Swiss non-profit association dedicated to biodynamic and organic plant breeding, primarily developing grain crops — wheat, spelt, rye, and barley — suited for low-input, organic, and biodynamic farming systems without synthetic fertilizers or pesticides. Their core work involves selecting and developing open-pollinated varieties in close collaboration with farmers, a model known as participatory plant breeding. In H2020, they contributed this niche practical expertise as third-party specialists to large pan-European research consortia working on organic seed systems and species-mixture cropping. As one of very few institutions in Europe focused exclusively on this domain, they represent a bridge between academic agronomy and real-world organic farming practice.

Core expertise

What they specialise in

Organic and biodynamic grain variety developmentprimary
2 projects

Core institutional mission reflected in both LIVESEED (organic seed and plant breeding) and ReMIX (resilient mixed cropping systems), where GZPK contributed practical variety development expertise.

Organic seed systems and supply chainsprimary
1 project

LIVESEED directly targeted improving organic seed availability and breeding performance across Europe, an area where GZPK brings decades of applied field experience.

Species mixtures and intercropping variety performancesecondary
1 project

ReMIX focused on redesigning European cropping systems using species mixtures, requiring knowledge of how varieties behave in mixed stands — a specialty of low-input breeders.

Participatory plant breeding with farmerssecondary
2 projects

Both projects involved multi-actor approaches integrating farmer feedback into breeding decisions, a methodology central to GZPK's operational model.

Evolution & trajectory

How they've shifted over time

Early focus
Organic grain breeding
Recent focus
Organic grain breeding

Both H2020 projects began in 2017, leaving no temporal evolution to track within the available dataset. The data shows a single, consistent thematic focus — organic and biodynamic plant breeding for low-input cropping systems — with no evidence of a topic shift between projects. This almost certainly reflects that GZPK is a highly specialized institution whose participation in EU research is narrow by design: they are invited for one specific capability, not recruited as a broad research partner.

With both projects covering complementary aspects of organic seed systems and mixed cropping, GZPK is positioned as a stable specialist contributor to European organic agriculture research — future collaborators should expect the same narrow but deep focus.

Collaboration profile

How they like to work

Role: third_party_expertReach: European19 countries collaborated

GZPK participates exclusively as a third party — a structural consequence of Switzerland's exclusion from direct EC funding in H2020 after 2014, not a reflection of limited capability. Despite this, they were drawn into two large, high-profile RIA consortia totalling roughly 75 distinct partners, which signals that project coordinators actively sought their expertise. They are not administrative or financial leaders; they are specialist knowledge holders brought in to provide what no one else in the consortium can.

Through just two projects, GZPK engaged with 75 unique partners across 19 countries — a footprint that reflects the scale of the pan-European RIA consortia they joined, not their own organizational size. Their network spans both EU member states and non-EU agricultural research communities, giving them unusually broad European connections for a small Swiss association.

Why partner with them

What sets them apart

GZPK is one of very few European research centres focused exclusively on biodynamic and organic grain breeding — a niche sitting at the intersection of practical agronomy, agroecology, and farming tradition. As a small Swiss association, they offer direct access to decades of field-tested, open-pollinated variety development that university plant breeders rarely possess at this depth. For any consortium working on organic seed systems, low-input crop design, or farmer-led variety trials, GZPK brings irreplaceable applied knowledge that complements academic partners and satisfies the multi-actor participation criteria increasingly required in Horizon Europe proposals.

Notable projects

Highlights from their portfolio

  • LIVESEED
    A flagship EU initiative to strengthen organic seed supply and breeding across Europe, LIVESEED directly matches GZPK's core institutional mission and established them as a recognized node in the European organic agriculture research network.
  • ReMIX
    Focused on species-mixture cropping systems — an agroecological approach gaining significant policy traction for climate-resilient food production — where GZPK's experience with low-input variety performance in diverse stands added rare practical grounding.
Cross-sector capabilities
Agroecology and ecosystem services in agricultural landscapesClimate adaptation through resilient and locally adapted crop varietiesBiodiversity conservation in cultivated plant genetic resourcesRural development and sustainable farming transition
Analysis note: Only 2 projects, both starting in 2017, with no keyword metadata and no EC funding data (Swiss third-party status excludes direct funding). The organization's full name is sufficiently specific to infer core expertise with reasonable confidence, and the two project titles are well-aligned with that inference. However, claims about participatory breeding methodology and variety portfolio draw on external knowledge of GZPK's publicly documented work, not solely on the CORDIS data provided. Treat collaboration pattern claims as informed estimates given the thin project record.