Web8. apr 2024 · The phenotype, which was already apparent in seedlings, could be rescued by application of BR. In feeding experiments with BL, wild-type seedlings converted BL to the 23-O-glucoside; in the transgenic lines silenced in UGT73C5 expression, no 23-O-glucoside was detected, implying that this UGT is the only enzyme that catalyzes BL-23-O ... Web1. jan 2014 · Phenotyping and Simulation of Barley Root Architecture for Edaph. Rengel, Zed (Chief Investigator) Postma, Johannes (Investigator 02) Chen, Yinglong (Investigator 03) UWA School of Agriculture and Environment; Overview; Project Details Status: Finished: Effective start/end date: 1/01/14 ...
Objective phenotyping of root system architecture using image
Web1. máj 2024 · Recipient of a NASA Post-Doctoral Fellowship to investigate plant cell wall development and remodelling under spaceflight conditions. Further research activities include the investigation of plant dwarfing mechanisms aimed at modifying plant canopy architecture to improve volume utilization in Advanced Life Support systems. Web1. jún 2011 · Approaches for phenotyping root system architecture in the lab and the field. ( a) Digital image of the root system of an 11-day-old Sorghum bicolor plant grown in a 2 l … the league of shadows dc
Larry York - Staff Scientist - Oak Ridge National Laboratory - LinkedIn
WebAbstract. Read online. Abstract Background Phosphorus (P) is an essential macronutrient required for plant metabolism and growth. Its acquisition by plants depends on the availability of dissolved P in the rhizosphere and on the characteristics of P uptake mechanisms such as root-system architecture (RSA). Web7. apr 2024 · This research is aimed at developing and comparing image-based RSA phenotyping methods using machine and deep learning algorithms for objective … WebIn the Root Phenomics Lab we used high-throughput phenotyping to link root form to function. We pursued properties of root system architecture, uptake kinetics, and carbon metabolism as... the league of the helping hand