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Cell Water Relations
Distribution of Water in Cells
Movement of Water and Solutes in Plants
19 other sections not shown
aeration ascent of sap caused cell walls Chapter concentration crop cutin decrease dehydration differences diffusion discussed dry soil effects endodermis evaporating surfaces example exudation factors field capacity gradient humidity important increase injury irrigation Kozlowski Kramer layer leaf leaf area leaf water potential leaves loblolly pine matric potential measured membrane mesophyll method molecules movement of water mycorrhizae occurs osmotic potential pathway permanent wilting permeability photosynthesis pine plant growth plant water protoplasm rate of transpiration reduced reported resistance to water root growth root pressure root resistance root systems salt seedlings shoots shown in Fig Slatyer soil water content soil water potential soybean species stem stomatal stomatal closure structure suberized temperature tensiometers tion tissue transpiring plants trees turgor pressure uptake usually vapor pressure various water absorption water content water deficits water flow water loss water movement water potential water relations water stress water vapor xylem xylem sap