Methods in Stomatal Research
Contains three main parts covering the importance of plant material and fundamental theoretical aspects of assessing stomatal responses, including details of traditional apparatus and techniques and the methods used to investigate more isolated plant material.
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PATHS OF AIR AND VAPOUR MOVEMENT
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abscisic acid air space boundary layer boundary layer conductance buffer calibrated Chapter chloroplast Commelina communis concentration constant cuticular diffusion porometers effects epidermal cells epidermal strips estimated Experimental Botany Fitzsimons and Weyers GCPs gradient guard cells humidity incubation medium infiltration instrument investigations isolated Journal of Experimental leaf leaf clamp leaf conductance leaf discs leaf surface leaf temperature lysimeter mannitol Mansfield measurements of stomatal mesophyll mesophyll cells mesophyll contamination methods microscope Milthorpe mol m"3 mol m"3 mannitol neighbouring cells obtained osmotic peeling photosynthesis plant material Plant Physiology plasmalemma pore width porometer porometer cup porometry protoplasts Raschke solute content species stomatal aperture stomatal behaviour stomatal closure stomatal conductance stomatal frequency stomatal movements stomatal opening stomatal pore stomatal responses studies subsidiary cells Table technique Tradescantia virginiana transpiration treatments trichomes vapour loss vapour pressure variability Vicia faba volume water potential water vapour Willmer Zeiger