Search staff/organisations dr.ing. G Polder
Name
Namedr.ing. G Polder
FirstnameGerrit
Emailgerrit.polder@wur.nl

Job details
DescriptionMachine Vision and Phenotyping
OrganizationWageningen Plant Research
Organization UnitGTB Tuinbouw Technologie
Phone+31 317 480 751
Mobile
Secretarial phone
Phone 2
Fax
Note for telephonist
Note by telephonist
Visiting addressDroevendaalsesteeg 1
6708PB, WAGENINGEN
Building/Room107/W2.Aa.045
Postal addressPostbus 644
6700AP, WAGENINGEN
Courier54
Regular availability
Mo Tu We Th Fr
Morning
Afternoon
Side activities
  • Evaluation research proposals - EU en nationale onderzoeksinstellingen
    Nov 2018 - Dec 2023

    Evaluation of project and PhD proposals for EU and local governments, e.g. Research Foundation Flanders.


Biography

Within the scope of the ÉPRISE Project together with PhotonicsNL we organise the International ÉPRISE Roadshow on Photonics for Agriculture & Food on 14 & 15 February 2019 in Amsterdam, the Netherlands.

The roadshow aims on providing SME’s with solutions on how to overcome the market barriers and boost collaboration in Europe. This is an unique chance to meet other European photonics companies, end users and experts in Agriculture & Food. 

ÉPRISE Roadshow on Photonics for Agriculture & Food

 

We are organizing a Summer School on 'Image Analysis for Plant Phenotyping’ on a yearly basis in Wageningen.

More information

Started as an electronic engineer, (HTS Arnhem, 1985). In 2004 I got a PhD. from Delft University of Technology on Spectral imaging for measuring biochemicals in plant material. From 2004 working on machine-vision and robotics projects focused on agricultural research.


Expert Profile
Expertise
Social media
  Gerrit Polder on Linkedin
  Gerrit Polder on ResearchGate
  Gerrit Polder on Google Scholar Citations
  Gerrit Polder onPublons

Publications
Key publications
Publication lists

Projects

My main research and projects focusses on image processing and machine vision in agriculture.

Current projects:

  • Development of a machine vision system for finding the tulip breaking virus in tulips in the open field.
  • Development of a multispectral camera and software to detect botrytis in greenhouses.
  • Writing ImageJ plugins for several agricultural applications, including phenotyping, aquatic risk assessment and Fluorescence Resonance Energy Transfer (FRET) microscopy.
  • Development of a large scale phenotyping system for greenhouses.
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