Sugar beet phenotyping in breeding trials using UAV

Sugar beet phenotyping in breeding trials using UAV


This project aims at applying the UAVs potential for the quantitative assessment of a specific plant disease within breeding trial plots.

Description of tasks

Disease symptoms will be assessed during two successive years through several specific artificially inoculated breeding trials. Inoculated trials will be compared to non-inoculated ones in a replicated plots experimental design. Selected varieties will show a gradient of sensitivity to the disease. In situ visual observations (disease symptoms quantification) will be performed several times after crop inoculation. In the meantime UAV images (with embedded RGB, multispectral and hyperspectral imaging sensors) and similar ground-based spectral information will be acquired.

Expected results

This project is expected to deliver a rapid operator-independent tool to assess in a standardized way diseases at the breeding trial plot level.

The specific expected scientific results are

  • Evaluation of different sensors, platforms and selection of the most suitable combination for the disease detection and quantification;
  • Development of a data acquisition and processing methodology for the assessment of the resistance to the disease for sugar beet breeding trials using UAV imaging, and validation of the produced algorithm.

The potential users are breeding companies and institutions, companies involved in fungicide treatment screening (at field level) or in disease/fungicide application forecast, agricultural research centres, crop phenotyping companies, agricultural UAV companies, agricultural remote sensing sector, agricultural sensor and robotics companies.


This project is coordinated by SESVanderHave (SV). SV presents important field trial potentialities and has also large experience in the follow up and assessment of in situ sugar beet breeding field trials. SV will provide its sugar beet field trials and its breeder expertise in variety and disease assessment. These expertizes will be useful to lead the study and to collect field observations on the disease as reference data for the study.

The expertise of VITO for UAV (equipment, flights, pre-processing and processing) and hyperspectral plant stress detection will be used to acquire, process and analyse images over the trials.

The expertise of CRA-W in ground-based multispectral and near infrared (NIR) hyperspectral applications as well as in chemometrics will provide support in the use of hand-held/embedded field devices to validate the acquired spectral information in relation with the visual observations.


Vincke, D. , Durenne B , Mingeot, D. , ESCARNOT, E. , Jacquemin, G. , Ben Abdallah, F. , Curnel, Y. , Mauro, S. , Geerts, P. , Lateur, M. , Planchon, V. , Baeten, V. , Vermeulen, P. & Goffart, J.-P. (2017). Plant phenotyping activities at the Walloon Agricultural Research Centre. Poster in: Plant Phenotyping Forum: integrating European plant phenotyping community (EPPN), Tartu - Estonie, 22-24 November 2017.

Coordinator (CRA-W)

CRAW off coordinator

Olivier Amand, Biotic Stress Manager, Tienen (SESVanderhave)

Team involved


SESVANDERHAVE N.V./S.A. | Industriepark, Soldatenplein Z2, 15 3300 Tienen, Belgium |

Vlaamse Instelling voor Technologisch Onderzoek (VITO); Boeretang 200, 2400 Mol, Belgium |