Chercheur en génétique forestière
David MATHY
Les articles de David MATHY
Scientific publications
Grass biomass Assessment in Wallonia (Belgium) based on statellite imagery and grass growht models
Lucau-Danila, C. , Curnel, Y. , Mertens, A. , Decruyenaere, V. , Mathy, D. , Boulet, L. , Mathieux, S. , Lambert, R. , Himdi, H. , Knoden, D. , Glesner, N. , Reding, E. , Dawance,...
Scientific publications
Présentation actvités Sunshine année 1
Lucau-Danila, C. , Curnel, Y. , Decruyenaere, V. , Mertens, A. , Mathy, D. , Stilmant, D. , Planchon, V. , Reding, E. , Mayeres, P. & Knoden, D. (2024). Présentation actvités Sunshine...
Decision support tools
W@llHerbe, a decision-making tool for grazing management
Workshops with farmers have enabled us to co-construct a decision-making tool based on land observation and modelling approaches in order to monitor grass growth and optimise grazing.
Scientific publications
Contributing to the development of a bread wheat composite cross population through the exploration of its eleven genitors’genetic diversity by molecular markers.
Mathy, D. , Visser, M. & Mingeot, D. (2022). Contributing to the development of a bread wheat composite cross population through the exploration of its eleven genitors’genetic...
Scientific publications
Participation aux "Milk Days 2023 - AWE"
Michaud, V. , Dandrifosse, S. , Gerardin, R. , Curnel, Y. , Mathy, D. & Rosillon, D. (2023). Participation aux "Milk Days 2023 - AWE". Stand dans l'espace "Elevage numérique",...
Scientific publications
Intelligence artificielle et capteurs de données. Transformer les données en solutions agronomiques concrètes.
Planchon, V. , Rabier, F. , Wavreille, J. , Stilmant, D. , Huyghebaert, B. , Baeten, V. , Limbourg, Q. , Decruyenaere, V. , Mathy, D. , Rosillon, D. , Lucau-Danila, C. , Leclercq,...
Projects
SUNSHINE: the Walloon grass growth observatory
Establishing a grass growth observatory in Wallonia based on an approach that combines field data, satellite data and growth models.
Projects
Agroecology-TRANSECT
Based on the study of 11 diverse European initiatives, the Agroecology-TRANSECT project aims to provide robust evidence of the benefits of agroecology.
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