ng potential, the following statements is like not true about the figure/illustration below? * DRY DRY WET The water generally moves from wet soil patches to dry soil patches because latter have lower water potential. A deep-rooted plant can send water to dry soil patches with lower water poten O while simultaneously absorbing water from deep soil layers with higher water potential. The plant has higher water potential than the wet soil patche s but lower water

Biology: The Dynamic Science (MindTap Course List)
4th Edition
ISBN:9781305389892
Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan
Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan
Chapter35: Plant Nutrition
Section: Chapter Questions
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Considering the concepts of hydraulic lifting and water potential, which of
the following statements is like not true about the figure/illustration
below? *
DRY
DRY
WET
The water generally moves from wet soil patches to dry soil patches because the
latter have lower water potential.
A deep-rooted plant can send water to dry soil patches with lower water potential
O while simultaneously absorbing water from deep soil layers with higher water
potential.
The plant has higher water potential than the wet soil patches, but lower water
potential than the dry soil patches.
The plant has lower water potential than the wet soil patches, but relatively higher
water potential than the dry soil patches.
Transcribed Image Text:Considering the concepts of hydraulic lifting and water potential, which of the following statements is like not true about the figure/illustration below? * DRY DRY WET The water generally moves from wet soil patches to dry soil patches because the latter have lower water potential. A deep-rooted plant can send water to dry soil patches with lower water potential O while simultaneously absorbing water from deep soil layers with higher water potential. The plant has higher water potential than the wet soil patches, but lower water potential than the dry soil patches. The plant has lower water potential than the wet soil patches, but relatively higher water potential than the dry soil patches.
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