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	dc:title "HTML Summary of #378 \n\nCalculation of CO2 gas phase diffusion in leaves and its relation to stomatal resistance\n\n";
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	bibo:abstract "A new theory and experimental method was developed to measure the diffusion\nresistance to CO? in the gas phase of mesophyll leaf tissue. Excised leaves were\nplaced in a chamber and their net evaporation and CO? assimilation rates measured\nat two different ambient pressures. These data were used to calculate CO? gas phase\ndiffusion resistances. A variety of field grown leaves were tested and the effects of\nvarious experimental errors considered. Increasing the gas phase diffusion resistance\ndecreased transpiration more than it decreased CO? assimilation. It was concluded\nthat gas phase diffusion resistance associated with CO? assimilation may sometimes\nbe 100 or 200 s•m-¹ greater than the resistance implied by transpiration rates. This\nmay be due to longer path lengths for the CO? diffusion, constricted in places by the\nshape and arrangement of mesophyll cells."^^xsd:string;
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	dct:date "1981";
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