k Transpiration in celery stalks A stalk of celery Apium graveolens var. dulce in water that had blue food colouring added to it. The leaves of the celery transpire, they allow water to evaporate as an outcome of the process of gaining carbon dioxide from the air. Water flows upward through the stem by a combination of capillary action and the difference in hydrostatic pressure through the xylem seen in the cut stem at right. Water enters the stem and roots by osmosis, bringing with it dissolved nutrients or, in this case, food colouring. Stock Photo - Afloimages
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Transpiration in celery stalks A stalk of celery  Apium graveolens var. dulce  in water that had blue food colouring added to it. The leaves of the celery transpire, they allow water to evaporate as an outcome of the process of gaining carbon dioxide from the air. Water flows upward through the stem by a combination of capillary action and the difference in hydrostatic pressure through the xylem  seen in the cut stem at right . Water enters the stem and roots by osmosis, bringing with it dissolved nutrients or, in this case, food colouring.
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Transpiration in celery stalks

A stalk of celery (Apium graveolens var. dulce) in water that had blue food colouring added to it. The leaves of the celery transpire, they allow water to evaporate as an outcome of the process of gaining carbon dioxide from the air. Water flows upward through the stem by a combination of capillary action and the difference in hydrostatic pressure through the xylem (seen in the cut stem at right). Water enters the stem and roots by osmosis, bringing with it dissolved nutrients or, in this case, food colouring.

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