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INTERACTION OF LIGHT INTENSITY AND WATER DEFICITS
TESTING CHANGES IN STOMATAL RESISTANCE USING A PLANT
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abaxial surfaces adaxial August l8 Bavel calculated flux values canopy changes Comparison of Stomatal critical water potential curve Data for August decrease determined from measured diurnal effects of water energy balance technique energy balance values evaluated factors increase influence interaction l968 Unthinned Crop latent heat flux Leaf angle distribution leaf area density leaf area index leaf resistance leaf temperature lower leaves measured resistances mesophyll minimum resistance minimum stomatal resistance moisture conditions photosynthesis porometer radiation load radiation profiles relative water content resistance values Resistances with Measured response rH H rH rH sampling sec/cm sensible heat flux shown in Figure Slatyer soil moisture tension soil surface Stewart l970 stomatal aperture stomatal closure Stomatal Model Resistances Stomatal resistance measurements stress conditions surface SM surface soil moisture tensiometers testing thermal radiation thinned and unthinned thinned crop thinned portion total flux transpiration upper leaves values determined vapor pressure water deficits water stress water vapor