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The 12 pages that link to Turgor pressure, each with the reason it gives.

• OsmosisRelated: Osmotic water entry can build the pressure that supports nonwoody plant tissues.

• Drought toleranceRelated: Maintaining turgor supports cell expansion and many plant functions during water scarcity.

• StomataRelated: Changes in guard-cell turgor drive stomatal opening and closure.

• Cell wallRelated: Plant cell walls counter turgor pressure, helping cells remain firm without bursting.

• Plant cell wallRelated: The wall withstands turgor while allowing controlled expansion.

• Drought stressRelated: Falling water availability reduces turgor, limiting leaf expansion and other growth.

• Plant cellRelated: It supports nonwoody plant tissues and depends on the vacuole’s water balance.

• VacuoleRelated: Expansion of the central vacuole supplies much of the pressure that supports plant tissues.

• ProtoplastRelated: Without a wall, turgor can threaten membrane integrity.

• Ground tissueRelated: Turgor helps living ground-tissue cells maintain shape and support nonwoody organs.

• ImpatiensRelated: Changes in tissue tension help drive the sudden coiling of mature Impatiens capsules.