Switzerland

General enquiries email: nathalie.wuyts@agroscope.admin.ch (national coordinator)

The Swiss Plant Phenotyping Network (SPPN): A Gateway to EMPHASIS

1. The SPPN: Establishment and Core Mission

The Swiss Plant Phenotyping Network (SPPN) was jointly initiated by Agroscope and ETH Zurich to establish the national node for EMPHASIS. The network has since expanded to encompass the wider scientific community involved in plant phenotyping, as well as crucial industry partners.

The SPPN aims to make a significant contribution to EMPHASIS by:

  • Providing access to its research infrastructure (RI): This includes facilities for intensive and lean field conditions, as well as under highly controlled environments.
  • Facilitating access to research data.
  • Training the next generation of phenotyping specialists and practitioners.

2. Strategic Importance and Goals

The SPPN recognises the critical role of EMPHASIS in providing access to high-quality Research Infrastructure (RI), particularly through its commitment to open science-driven data management.

By leveraging EMPHASIS, the SPPN seeks to promote Swiss research—both fundamental and applied—and development in collaboration with industry. This is achieved by enabling access to innovation, training, and collaborative international projects.

The Strengths and Unique Features of Switzerland's National Community

3. Cutting-Edge Phenotyping Technologies

Fundamental research in ecology and biology across Switzerland utilizes a diverse range of advanced phenotyping tools:

  • Remote Sensing: This includes satellite data and spectral cameras mounted on aeroplanes and UAVs (drones).
  • Proximal Sensing: Devices are employed for detailed growth and physiological measurements.

Growth conditions utilized span entire landscapes and fields, as well as both semi-controlled and controlled environments for model plants and crops. Automated imaging and data processing for trait extraction are already fully implemented.

4. Advanced Field Trials and Networks (Envirotyping)

Plant phenotyping is intrinsically linked to breeding and variety testing in Switzerland.

  • Intensive Field Phenotyping has been in place for several years.
  • Lean Phenotyping is rapidly gaining momentum with the increasing availability of sensors and carriers.
  • Envirotyping (environmental monitoring) is now an essential part of many research and field trials.

A major strength is the availability of multiple multi-environment trial networks for field crops. These networks support the development of new management practices, quantitative genetics, breeding, and variety testing, and cover cereals (including maize), oilseed crops, and legumes, encompassing both conventional and organic production systems.

5. Training and Education Hubs

The SPPN is ideally positioned to contribute substantially to EMPHASIS’s training and education activities, thanks to its members, which include:

  • An important ELIXIR research organization active in training for data management and processing.
  • A university competence centre educating the next generation of plant scientists.
  • An agricultural school dedicated to training practitioners.

Fun Fact: The Swiss Research Experience

Distinctive Context and Environment – Switzerland is globally renowned for its excellent timekeeping, versatile army knife, indulgent chocolate, and delicious cheese, but above all for its breathtaking mountain landscapes. While some SPPN members conduct research in challenging alpine conditions, a stay at one of our research facilities also provides access to our other distinguishing cultural features.

More Community members

Austria

APPN brings together Austria’s plant phenotyping community; researchers, breeders, data scientists, technology developers to build shared infrastructure and methods, promote collaboration, and raise the profile of phenotyping nationally and in Europe

Belgium

EMPHASIS-Belgium, the national node located in the host country for EMPHASIS-ERIC, takes a collaborative and service-oriented approach around multiscale plant phenotyping in Belgium via cutting-edge facilities, access provision and community engagement.

France

PHENOME-EMPHASIS provides indoor and field platforms with linked biochemistry, imaging, and data services to evaluate genotypes in diverse settings, advancing climate resilience and agroecology transitions.

Ireland

Irish agriculture drives crop yield and disease research. PPN-Ireland (2016), an SFI-backed network, connects eight institutes with key phenotyping facilities. Teagasc integrates diverse crop data with molecular tools to enhance global breeding innovation.

Israel

More information coming soon.

Italy

The Italian Plant Phenotyping Network (PHEN-ITALY) is an 18-partner Joint Research Unit (JRU). Its mission is to promote and coordinate the scientific community and relevant stakeholders’ participation in national plant phenotyping research.

Netherlands

NPEC (Wageningen/Utrecht/NWO) is a high-throughput, high-resolution phenotyping facility. It provides above and below-ground data that dramatically accelerates the breeding of novel, adaptive crops—crucial for future food security—by analysing plant performance under diverse biotic/abiotic factors.

Norway

PheNo provides a distributed national infrastructure across Norway for high-resolution controlled environment, field and seed phenotyping and data analysis services to support research and educational needs in academia and industry.

Portugal

EMPHASIS.PT established a cohesive phenotyping network (12 institutes + 2 labs) across mainland Portugal and Madeira. Leveraging diverse agro-climates, they invest in advanced technologies (drone/satellite imaging, metabolomics) to study plant adaptation, strengthen international standing, and drive capacity in EU projects.

United Kingdom

PhenomUK comprises 15 research centres/universities housing controlled and field phenotyping platforms. These are organized into 8 targeted clusters: photophysiology, 3D/growth, health/disease, protected environments, drones, deep field, advancing practice, and digital.

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