Relationship between temperature and transpiration
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as the temperature increases the rate of transpiration alao increases
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Hey mate!
Here's your answer!!
✔️The relationship between transpiration-rate constants and temperature is well described by an Arrhenius function.
✔️The results indicate a continuous increase in cuticular permeability as air temperature rises. Likewise, natural log plots of decrease in specific activity or diffusion gradient corrected specific activity yield straight lines.
✔️Plots using the Arrhenius function are not linear over the entire temperature range. An abrupt deviation occurs at what appears to be nonequilibrium or dehydrating conditions.
✌ ✌ ✌
Here's your answer!!
✔️The relationship between transpiration-rate constants and temperature is well described by an Arrhenius function.
✔️The results indicate a continuous increase in cuticular permeability as air temperature rises. Likewise, natural log plots of decrease in specific activity or diffusion gradient corrected specific activity yield straight lines.
✔️Plots using the Arrhenius function are not linear over the entire temperature range. An abrupt deviation occurs at what appears to be nonequilibrium or dehydrating conditions.
✌ ✌ ✌
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