0000000000527451
AUTHOR
Céline Bernard
In the context of sustainable agriculture how, with plant high throughput phenotyping, can we address the various challenges?
International audience; In a context of climate change and soil and water resource degradation, it becomes increasingly important to reduce the need for high nutrient, water, or pesticides inputs, leading to more sustainable agricultural practices. In this context, our aim is to select the best performing crops in various deleterious abiotic environments, having both a higher yield and a better quality, a better environmental « efficiency ». Because plants interact with numerous and diverse microorganisms, especially in the soil volume surrounding roots, called rhizosphere, plant-microorganism relationships in the rhizosphere is also of great agronomical and ecological importance. To addres…
What do we expect from high throughput phenotyping ?
prod ?EASPEGEAPSIGESTADINRAPPHD; What do we expect from high throughput phenotyping ?. Séminaire Chinese Academy of Agricultural Science
Phenotyping in Agroecology
International audience
Nodulated root imaging within the high throughput plant phenotyping platform (PPHD, INRA, Dijon)
Présentation orale/ Communication avec actes
What is needed, what does phenotyping deliver?
prod ?EASPEGEAPSIGESTADINRAPPHD; What is needed, what does phenotyping deliver?. Séminaire Hefei University
Phénotypage racinaire haut débit et ses applications à l'étude des interactions plante x microorganisme
Prod 2019-83f BAP EA SPE GEAPSI SERRES GESTAD INRA; National audience; De nombreuses innovations ont été développées afin de caractériser le fonctionnement des plantes modèles ou cultivées. Ces innovations comprennent de nouvelles méthodes et équipements dédiés à l’analyse des plantes et la gestion des données associées. Ils permettent d’analyser dans des conditions climatiques variées la morphologie, la phénologie et le fonctionnement physiologique des plantes résultant de l’expression de leurs gènes, ce que l’on appelle le « phénotype » d’une plante. Ceci est réalisé à « haut débit » par le biais de la caractérisation non destructive, dynamique et automatisée des phénotypes de milliers de…
Phenotyping: Case study of legumes plants
International audience; The activities of the GEAPSI group, belonging to the large research unit Agroecology, is devoted to the genetic improvement of legumes important for European agriculture, and focuses on the cultivated species pea (Pisum sativum) and the field bean (Vicia faba). These studies are supported by basic research on a model legume, Medicago truncatula, used for taking advantage of the extensive genomics information available. Some examples will first illustrate how the combination of analytical, non-destructive phenotypical measurements and modelling can improve our understanding of plant functioning, taking as case studies legumes plants. The presentation will then describ…
Automated phenotyping and phenotype data analysis of plant, fruit and root development in tomato (Micro-Tom cv.)
International audience
« PPHD » : A Platform For High Throughput Phenotyping of Plant/Plant and Plant/Microorganisms Interactions
International audience