osmosis plays an important role in stomatal movement explain
Answers
Answer:
I hope it is helpful to all
Explanation:
For stomata opening, water is rushed into the guard cells due to osmosis, which is dependent on potassium concentration in the cells. The opposite occurs for stomata closure, potassium is transported out the cells, which attracts the water out to the exterior, collapsing the cells on the pore, effectively closing
Answer:
It causes the cell wall to expand during growth.
Explanation:
Osmosis controls it within cells, where it results in the expansion of the cell wall during growth.
The guard cells enlarge and become turgid when water enters them through the end osmosis process.
Due to the displacement of the guard cell's inner wall outside, the stomatal hole can now open.
By adjusting the size of the stomatal pore, stomata govern water loss and the exchange of gases between the plant and its surroundings.
Numerous environmental factors, including relative humidity, CO2 concentration, and light intensity, have an impact on this stomatal movement.Stomatal movement is the process of stomata opening and shutting.Stomata open in turgid guard cells and close in flaccid ones.
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