Turgor pressure allows herbaceous plants to stand upright.
2.
Their nucleus, where it affects the turgor pressure and causes subsequent stem elongation.
3.
Paraphyses are sterile cells'often with swollen tips and are at high turgor pressure.
4.
It effectuates leaf motion due to reversible changes in turgor pressure, which occurs without growth.
5.
Pulvinar movement is caused by changes in turgor pressure leading to a contraction or expansion of the parenchyma tissue.
6.
Turgor pressure builds inside of the swelling until it ruptures, and the sporangium is hurled for 2 meters.
7.
If drought continues, the plant tissues will dehydrate, resulting in a loss of turgor pressure that is visible as wilting.
8.
In plant cells, the cell wall restricts the expansion, resulting in pressure on the cell wall from within called turgor pressure.
9.
This is followed by an efflux of water, resulting in a sudden change of turgor pressure in the cells of the pulvinus.
10.
The turgor pressure of a cell is largely maintained by osmosis across the cell membrane between the cell interior and its relatively hypotonic environment.
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