Dicot Transpiration Systems:

Root _ Stem _ Leaves

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A Biomimicry Study: Negative Water Potential Created by Transpiration Process

and How Can It be Applied to Design?

Mar. 25, 2021

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root water absorption vs. traffic system dynamics

root water absorption vs. traffic system dynamics

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This image shows a detailed view of what the gaps among leaf cells look like (a vacant area that allows leaf to “breath”). Finally, water inside of the leaf will leave the leaf from stomata (a hole on the leaf but on the back side of Dicot plants).

This image shows a detailed view of what the gaps among leaf cells look like (a vacant area that allows leaf to “breath”). Finally, water inside of the leaf will leave the leaf from stomata (a hole on the leaf but on the back side of Dicot plants).

water passes into the gaps between leaf cells vs. building connections

water passes into the gaps between leaf cells vs. building connections

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single cellular water transfer through osmosis of the leaf membrane (cell wall and cytoplasm)

single cellular water transfer through osmosis of the leaf membrane (cell wall and cytoplasm)

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