Linked from

The 26 pages that link to Stomata, each with the reason it gives.

• EvapotranspirationBroader topic: Their opening and closing regulate much of plant transpiration.

• XylemRelated: Their opening controls a major source of the evaporation that pulls xylem water.

• C4 carbon fixationRelated: C4 carbon concentration allows photosynthesis with less stomatal opening in some conditions.

• TranspirationRelated: Most leaf water vapor exits through these pores, whose opening regulates transpiration.

• Vascular plantRelated: Their control of water loss affects the transpiration that draws water through xylem.

• EvergreenBroader topic: Stomatal control helps evergreen leaves balance carbon uptake against dehydration.

• Water-use efficiencyRelated: Their opening admits carbon dioxide while allowing water vapor to escape.

• Crassulacean acid metabolismRelated: CAM plants usually open these pores at night, when evaporation is lower.

• CAM photosynthesisRelated: CAM plants open stomata mainly at night, reducing daytime water loss.

• Plant physiologyBroader topic: Opening and closing these pores balances carbon dioxide uptake against water conservation.

• Plant tissueBroader topic: Guard cells in the epidermis adjust pores that connect tissue function to the atmosphere.

• PhotorespirationRelated: When stomata close during drought, internal carbon dioxide falls and photorespiration can increase.

• PlantBroader topic: Their opening balances carbon dioxide uptake against water conservation.

• HouseplantRelated: Their opening and closing link indoor humidity, carbon dioxide, and water use.

• Needle (botany)Related: Needle stomata admit carbon dioxide while their placement and density affect transpiration.

• TerrestrializationBroader topic: Stomata let land plants exchange gases while limiting dehydration.

• Deciduous plantRelated: Leaves lose water through stomata, making their retention costly during drought.

• FrondRelated: Frond stomata allow carbon dioxide uptake while controlling water vapor loss.

• PhyllodeRelated: Phyllodes use stomata for carbon dioxide uptake and water regulation.

• IsoetesRelated: Quillwort leaves exchange gases through stomata, including when plants grow submerged.

• NymphaeaRelated: Floating Nymphaea leaves generally have stomata on their exposed upper surfaces.

• ZosterophyllRelated: Stomata in fossil axes indicate controlled gas exchange in these plants.

• Blue spruceRelated: Needle stomata allow carbon dioxide uptake while limiting water loss.

• Carbonyl sulfideRelated: Carbonyl sulfide enters leaves through stomata along with carbon dioxide.

• Dracaena trifasciataRelated: Their nighttime opening supports carbon uptake while reducing daytime transpiration.

• Plant structuresBroader topic: These leaf pores regulate gas exchange and water loss.