Wind exposure impacts transpiration rate by removing moist air from the leaf surface, thereby reducing the humidity gradient and increasing water vapor diffusion.
Wind exposure impacts transpiration rate by removing moist air from the leaf surface, thereby reducing the humidity gradient and increasing water vapor diffusion.
Front | impact of wind exposure on transpiration rate |
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Back | air circulation removes water near the leaf, reducing proximal humidity |
Tags: 9_1_xylem_transport
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