About NPPL

Go back to Dutch translation

Precision techniques are less ready for practice at the arable farm than was said when they were put on the market. It is often not a case of ‘plug and play’. The National Experimental Garden for Precision Farming (NPPL) helps farmers and growers with the application of these techniques. Experts from Wageningen University & Research help 16 participants get started with precision techniques at their farm.

NPPL aims to:

  • increase yields
  • reduce costs
  • reduce environmental impact
  • improve food quality

Selection of participants

Important criteria upon selecting the participants are a serious interest in precision farming, a representation of each region, and the fact that the participants can be role models for all other open soil growers in the Netherlands.

The selected NPPL participants are not the absolute leading group, consisting of a few fanatics. However, the 16 participants are at the forefront of the pack. They want to move forward. Others can learn a lot from the steps these entrepreneurs take.

Follow the NPPL participants and their precision cases on our website. Read about and view the plans, the steps participants take and the results thereof. What difficulties do they have to overcome, and what efforts or costs are involved?

 

This is the only page translated in English, the rest of this website is written in Dutch. Do you have any inquiries concerning NPPL please do not hesitate to contact us. General questions can be send to Nora de Rijk, communication advisor at Wageningen University and Research (nora.derijk@wur.nl). Questions about the project, the techniques and additional research can be send to Corné Kempenaar, senior research at Wageninen University & Research and project leader NPPL (corne.kempenaar@wur.nl). 

 

2020

2019

 

2018

  • 2018
    Plaatsspecifiek granulaat

    Plaatsspecifiek granulaat

    Met NemaDecide Geo is het mogelijk op basis van bemonsteringsuitslagen schade en populatieverloop in...
  • 2018
    Variabel loofdoden

    Variabel loofdoden

    Deze precisielandbouwtoepassing maakt het mogelijk om de minimum effectieve doseringen van loofdoodm...
  • 2018
    Variabel bemesten

    Variabel bemesten

    Bij deze precisietoepassing varieert de stikstofbijmestgift binnen een perceel. Hij wordt geoptimali...
  • 2018
    Variabel bodemherbiciden

    Variabel bodemherbiciden

    Deze precisielandbouwtoepassing maakt het mogelijk om in akkerbouwgewassen de laagste effectieve dos...
  • 2018
    Plaatsspecifiek bekalken

    Plaatsspecifiek bekalken

    Deze precisielandbouwtoepassing maakt het mogelijk om kalk plaatsspecifiek binnen een perceel toe te...