Remote-monitoring of physiological and ecological status of crops by means of multi-sensing, 2: Remote estimation of the transpiration rate and stomatal resistance based on analyses of field dynamics of the canopy temperatures.
1990
Inoue Y.
The objective of this work is to obtain basic information necessary to develop remote monitoring methods for evaluating the physiological and ecological status of crops under field conditions. In the present paper, interrelationships among the infrared canopy temperature, micrometeorological factors, transpiration rate, and/or stomatal resistance were analyzed both statistically and theoretically. On the basis of the analyses some models were proposed for estimating the transpiration rate and stomatal resistance, or physiological activity of crop plants.
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