January 2020 – December 2022

High throughput prediction of the vulnerability of trees and vines to biotic and abiotic stresses.

Partners : INRAE: BioForA, EFNO, GBFor, URSols; Université d'Orléans : LBLGC; Université de Tours : BBV

BioForA staff involved : R. Gobin, P. Rozenberg, G. Pilate, A. Déjardin, L. Pâques, A. Dowkiw, C. Teyssier, F. Santi, N. Boizot, N. Belmoktar

Other staff involved : PHENOBOIS

Funding : Region/FEDER

Budget : 276K€

Summary :

In a context of global changes where the increasing intensity and frequency of stresses are endangering many organisms, the sustainability of woody plants requires a better understanding of their vulnerability and adaptive capacity. Access to high-throughput characterisation of the response of woody plants to these stresses is therefore a major challenge. Through this project, we propose to study the potential of near-infrared spectrometry to estimate complex characters related to the response of trees and vines to stresses. Near infrared spectrometry is a rapid analysis method that is of twofold interest: 1) to increase the sampling effort for complex traits to be measured, 2) to enable the prediction of the response to a stress before the expression of symptoms. The range of stresses studied in the project mainly covers vulnerability to water stress and bio-aggressors. The project aims to develop an operational tool for woody plant improvement programmes, ecosystem management (forest, alluvial) and viticulture.

Modification date: 01 August 2023 | Publication date: 01 February 2021 | By: BV