Physiology of StomataMcGraw-Hill, 1968 - 178 pagina's |
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Pagina 109
... Xanthium pennsylvanicum , and although the leaves were of different ages the rhythm seemed to operate similarly in both . Comparisons of the rate of opening after long and short nights ( i.e. , at two phases of the rhythm ) on attached ...
... Xanthium pennsylvanicum , and although the leaves were of different ages the rhythm seemed to operate similarly in both . Comparisons of the rate of opening after long and short nights ( i.e. , at two phases of the rhythm ) on attached ...
Pagina 129
... Xanthium pennsylvanicum , that there was a noticeable discontinuity between an initial rapid phase and a subsequent slower movement ( Fig . 6.2 ) . The recognition of the CO2 - dependent and -independent effects of light in producing ...
... Xanthium pennsylvanicum , that there was a noticeable discontinuity between an initial rapid phase and a subsequent slower movement ( Fig . 6.2 ) . The recognition of the CO2 - dependent and -independent effects of light in producing ...
Pagina 164
... Xanthium pennsylvanicum . Proc . Roy . Soc . , B. , 162 , 567–74 . 73. Mansfield , T. A. ( 1965b ) Glycollic acid metabolism and the movements of stomata . Nature , London , 205 , 617-18 . 74. Mansfield , T. A. ( 1965c ) Responses of ...
... Xanthium pennsylvanicum . Proc . Roy . Soc . , B. , 162 , 567–74 . 73. Mansfield , T. A. ( 1965b ) Glycollic acid metabolism and the movements of stomata . Nature , London , 205 , 617-18 . 74. Mansfield , T. A. ( 1965c ) Responses of ...
Inhoudsopgave
MORPHOLOGY AND PHYSIOLOGY OF STOMAtal Cells | 1 |
THE MEASUREMENT OF STOMATAL APERTURE | 26 |
THE THEORY OF DIFFUSION THROUGH STOMATA | 49 |
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active aperture appears blue light brought carbon dioxide carried cause cent changes chapter chloroplasts CO2 concentration considerable darkness deficits density dependent determine diameter diffusion effect energy epidermal cells epidermal strips evidence example experiments external factors greater guard cells Heath higher illumination important increase indicates known lead leaf leaves length less light intensity lower measured mechanism mesophyll MICHIGAN minutes movements nature night normal observations obtained occur path period phase photosynthesis placed plants pore porometer possible present pressure probably produced reaction reduced relations remains resistance response rhythm shown shows solution space starch stomatal aperture stomatal behaviour stomatal closure stomatal movements stomatal opening studies subsidiary cells suggested supply surface Table temperature transpiration tube turgor unit usually viscous flow walls water vapour wide