0000000001247792
AUTHOR
Julien Martinet
showing 15 related works from this author
Going back to roots: combining phenotyping, ecophysiology and molecular physiology
2021
International audience
What do we expect from high throughput phenotyping ?
2018
prod ?EASPEGEAPSIGESTADINRAPPHD; What do we expect from high throughput phenotyping ?. Séminaire Chinese Academy of Agricultural Science
Nouvelles méthodes de phénotypage
2020
National audience
What is needed, what does phenotyping deliver?
2018
prod ?EASPEGEAPSIGESTADINRAPPHD; What is needed, what does phenotyping deliver?. Séminaire Hefei University
High-throughput phenotyping of key legumes (and others) root traits
2020
International audience
High throughput phenotyping : associated tools and methods to assess determinisms of plant and microbiome interactions
2022
Determinisms of plant and microbiome interactions : a multidisciplinary approach involving high-throughput phenotyping
2021
International audience
Phenotyping, ecophysiology and molecular physiology to characterize plant root system architecture and plant-plant and plant-microorganisms interacti…
2021
International audience; Agriculture is facing the challenges to improve performance and crop adaptation to climate change towards reducing negative impacts of associated abiotic stresses on crop yield and contributing to its mitigation. Climate change comprises more frequent and ample abiotic stresses that plants have to cope with, such as drought, the most important limitation to yield stability and plant harvest product quality which often lead to hydromineral nutritional stress. The capacity of plants to extract nutrients and water from a given volume of soil depends on root system architecture and on intrinsic factors such as the production of root exudates and the efficiency for resour…
Data & Agriculture. What's going on ?
2022
Phénotypage racinaire haut débit et ses applications à l'étude des interactions plante x microorganisme
2019
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…
Automated phenotyping and phenotype data analysis of plant, fruit and root development in tomato (Micro-Tom cv.)
2017
International audience
Assessing plant and microorganisms interactions using high throughput phenotyping
2021
International audience