An Analytical Model of the Hydraulic Aspects of Stomatal Dynamics |
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2-D model analysis approximately assumed behavior boundary layer calculated causes cell osmotic potential cell pressure cell volumes cell wall cell water potentials changes closed coefficient conductance considered Cowan decreases determined diffusion direction discussed DISP drop effects eigenvalues environmental equation equilibrium point estimated experimental factor fixed flow function given guard cell guard cell osmotic hydraulic I=FNF increases indicated initial INPUT leaf water potential limit linear mechanism mesophyll cells minutes mm/s movement Nobel nonlinear numerical oscillations parameters period perturbations Plant Set plotted pore resistance response root shown shows similar simulated solute stability steady Step Changes stomatal aperture Stomatal opening STORE stress phase subsidiary cells Substituting Table term tions transpiration two-dimensional Unstable values vapor concentration water vapor written zero