Water Flow in Plants
Properties of water; Water machines and models; Water relations of cells; Roots and uptake from soil; Xylem - the vulnerable pipeline; Water transport in leaves; The control of stomatal aperture; Water and growth; Plants in adversity; Ancillary systems and exudation phenomena.
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Properties of water
Water machines and models
Water relations of cells
10 other sections not shown
bubble Calculate capillary carbon dioxide caused cavitation cell turgor cell wall cent changes chloride coefficient components concentration cytoplasm diffusional diffusive resistance droplets effect electron endodermis epidermal cells equation equilibrium evaporation exudation flow of water gas phase gaseous growth guard cells hydraulic conductivity hydraulic flux hydrogen bonding hydrostatic pressure increase induce internal pressure ions layer leaf surface leaves liquid water measured mechanism mesophyll metabolic method Milburn molal negative pressure normal osmometer osmotic potential osmotic pressure particles permeability phloem physiological plants plasmalemma plasmolysis porometer porous potometer pressure bomb pressure gradient produce protoplast pure water reduced Ricinus sap flow sap tensions sieve tubes soil solute molecules stomatal stomatal pores sucrose surface tension technique temperature tissues transpiration trees turgor pressure units vacuole volume water flow water molecules water potential water potential gradient water vapour xylem xylem conduits xylem sap zero