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- W1569687668 abstract "This chapter discusses the energy environment of plants. Energy can be transferred through conduction and convection. The driving force in the transfer of energy, by conduction is a temperature gradient in the transmitting medium, with the flow always directed from regions of higher to lower temperature. In convection, the molecules of the transmitting medium do not retain their original positions. Convection is the transfer of heat due to a mass movement of the medium. The absorptivity of an organism couples it to the radiation environment: the sun, atmosphere, ground, and surrounding vegetation or structures. Its convection coefficient couples it to the temperature of the air. Various physical characteristics affect the convection coefficient and others influence the exchange of energy through the change of phase processes in the hydrologic cycle. Solar radiation, a component of the energy environment, affects plant productivity directly, by its intensity, and indirectly, through the effect it has on leaf temperature. Thus, the final dependence of productivity upon the energy environment is a correlated response to the effects of the intensity of insolation and the temperature of the plant— that is, the temperature of the plant, in turn, being brought about, by a response to all forms of radiant energy and the several heat transfer processes." @default.
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- W1569687668 date "1966-01-01" @default.
- W1569687668 modified "2023-10-16" @default.
- W1569687668 title "The Energy Environment of Plants" @default.
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- W1569687668 doi "https://doi.org/10.1016/s0065-2113(08)60650-1" @default.
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