UNIVERSITY of NEBRASKA-Reversed Physiological Phenotyping Methods Webinar by Prof. Menahem Moshelion

The Use of Novel, Reversed Physiological Phenotyping Methods in a Continuous High-Throughput Crop-Environment Characterization (Continuous G × E)
Prof. MENACHEM MOSHELION
Associate Professor, Plant Sciences and Genetics in Agriculture, The Robert H. Smith Faculty of Agriculture, Food and Environment, The Hebrew University of Jerusalem, Rehovot, Israel.
Moshelion will discuss how this study demonstrates that continuous quantitative measurements of whole-plant (tomato) physiological traits can explain functional differences in their stomatal density and diurnal aperture, as well as their yield under field conditions. Idiotype lines have highly plastic stomatal-conductance, high ratio of abaxial-adaxial stomatal density and early daily aperture.