Workpackage JRA1: Novel techniques and methods for environmental and plant measurements, including model-assisted phenotyping

D.1.1: 3D CAD designs and simulated images
D.1.2: Methods for simulation and computation of light, temperature and(in FACE) CO2 inindividual plants
D1.3: Detailed description of “proof-of-concept”studies of dynamic phenotyping based onspecific case-studies
D1.4: Methodologies for the combined analysis of measures in different phenotyping setups for whole plant architectures based on common experiments

Workpackage JRA2: Design and analysis of phenotyping experiments across multiple platforms, scales of plant organization, traits and management conditions

D.2.1: Quality control of experimental design for phenotyping platform
D.2.2: Quality annotation protocols for phenotypic platform data
D.2.3: Statistical methods and software for analysis of single and multiple platform experiments
D.2.4: Methodology and software for integration of biological standardization methods for platform data
D.2.5: Statistical designs for single and multiple platform experiments
D.2.6: Integration procedures and software for data from multiple platform and field experiments

Workpackage JRA3: Building a consistent Information System in the different nodes and defining standardisation strategies

D.3.1: Data management plan
D.3.2: Standardized Phenotyping storage solutions ranging from small to very large systems
D.3.3: Connection and Integration framework and data discovery solutions
D.3.4: Improved data exchange protocols in including necessary ontology recommendations
D.3.5: A solid and sustainable distributed network structure

Workpackage NA1: Management of Transnational Access

D.4.1b: Advertising the TA in community specific journals and international conferences (update 1)
D.4.1: Advertising the TA in community specific journals and international conferences
D.4.2: Web based portal with all relevant information about transnational access
D.4.3: Dedicated calls and reviews for access

Workpackage NA2: Networking

D.5.1: Setting up the virtual networking tools for operators, users and developers
D.5.2: Dissemination and exploitation plan
D.5.3: Report about outreach activities
D.5.4A: Two Training schools linked to workshop with technology developers
D.5.4B: Two Training schools linked to workshop with technology developers
D.5.5: International Plant Phenotyping Conference
D.5.6: Strategic roadmap for EU phenotyping and sustainability plan

Workpackage MA: Managemen

D.6.1: EPPN2020 project management guidelines
D.6.2: Kick Off Meeting
D.6.3: EPPN2020 Collaborative Platform (project intranet)

Transnational Access: Summary of the Transnational Access provision

D.7.1: Transnational Access to INRAE M3P
D.8.1: Transnational Access to INRAE Pheno3C
D.9.1: Transnational Access to INRAE 4MPI
D.10.1: Transnational Access to INRAE HitMe
D.11.1: Transnational Access to INRAE Phenoplant
D.12.1: Transnational Access to ABER
D.13.1: Transnational Access to AU
D.14.1: Transnational Access to ALSIA
D.15.1: Transnational Access to IPK
D.16.1: Transnational Access to HMGU
D.17.1: Transnational Access to UHEL
D.18.1: Transnational Access to FZJ
D.19.1: Transnational Access to MTA
D.20.1: Transnational Access to SUA
D.21.1: Transnational Access to UCL
D.22.1: Transnational Access to UCPH
D.23.1: Transnational Access to UNOTT
D.24.1: Transnational Access to VIB
D.25.1: Transnational Access to WU 


EPPN2020 has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement No 731013