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- W3021757824 abstract "Publisher SummaryThis chapter considers the transpiration of water and the photosynthetic fixation of carbon dioxide, with emphasis on the parts of the pathway and the overall rates for leaves. The driving forces for such fluxes are differences in CO2 and H2O concentrations or mole fractions. Resistances were first used to describe gas fluxes quantitatively for leaves by Henry Brown and Fergusson Escombe in 1900. Resistance networks were developed to specify which parts of the pathway are most limiting for photosynthesis or transpiration. Recently, the use of two different forms of conductance has become more popular, especially for describing transpiration, and the chapter considers both forms. It is seen that greater stomatal opening may be an advantage for photosynthesis but can result in excessive transpiration. Consequently, a benefit/cost index, such as the amount of CO2 fixed per unit of water lost, can be important for evaluating ecological aspects of gas exchange. The chapter indicated how the flux densities of water vapor and CO2 could be measured for a leaf. Although the discussion of gas fluxes is referred to leaves, it is also applicable to stems, flower petals, and other plant parts." @default.
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- W3021757824 date "1991-01-01" @default.
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- W3021757824 title "Leaves and Fluxes" @default.
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- W3021757824 doi "https://doi.org/10.1016/b978-0-12-520020-2.50012-9" @default.
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