Linked from

The 40 pages that link to Transpiration, each with the reason it gives.

• EvaporationRelated: It transfers water to the atmosphere through vegetation rather than exposed water surfaces.

• EvapotranspirationRelated: It is the plant-mediated pathway that combines with evaporation.

• XylemRelated: Evaporation from leaves creates tension that draws water upward through xylem.

• Evaporative coolingRelated: Water evaporation from leaves cools plant tissues.

• Drought toleranceRelated: It is a major route of water loss that drought-adaptive traits can regulate.

• Vascular plantRelated: Evaporation from leaves helps pull water upward through vascular tissue.

• Cut flowerRelated: Water loss can outpace uptake and cause cut stems to wilt.

• StomataRelated: Water vapor escaping through stomata makes them a major route of transpiration.

• Water cycleRelated: It returns water taken up by roots to the atmosphere.

• EvergreenRelated: Persistent foliage must limit water loss when soil is frozen or dry.

• Water-use efficiencyRelated: It is the main water loss paired with leaf carbon uptake.

• DeciduousnessRelated: Dropping leaves reduces water loss when frozen or dry conditions limit water uptake.

• Drought stressRelated: It drives water transport but can exceed uptake when soil dries.

• Plant physiologyRelated: Water loss through leaves helps drive the movement of water from roots to shoots.

• Plant stemRelated: Water loss from leaves creates much of the pull that moves water up stems.

• Potential evapotranspirationRelated: It is the plant-mediated component of the water transfer estimated by PET.

• TreeRelated: Water evaporating from leaves helps drive water movement from roots through tree xylem.

• Vascular tissueRelated: Evaporation from leaves generates the pull that drives xylem flow.

• PlantRelated: Water loss helps draw water and dissolved minerals upward through the plant.

• Abscisic acidRelated: Closing stomata in response to abscisic acid reduces transpiration.

• HouseplantRelated: Dry indoor air can increase water loss and affect leaf condition.

• Needle (botany)Related: Needles limit transpiration through narrow geometry, waxy surfaces, and controlled pores.

• SweatCompared with: It is a parallel evaporative cooling process in plants, not animal sweat.

• BotanyRelated: It links leaf structure to water transport and the plant's environment.

• PhyllodeRelated: Phyllode form and surface area can affect water loss while maintaining photosynthesis.

• Postharvest physiologyRelated: Water loss after harvest causes wilting, shriveling, and reduced weight.

• RainforestRelated: It links rainforest plant growth to atmospheric moisture and rainfall recycling.

• CeleryRelated: Water movement driven by transpiration helps keep celery stalks hydrated and crisp.

• TerrariumRelated: Plant transpiration adds moisture to the enclosed air.

• ExcretionCompared with: It is often confused with plant excretion, but primarily serves water transport and cooling.

• Mesophyll cellsRelated: Water loss from leaves helps draw water through mesophyll and can affect its photosynthetic activity.

• Pontederia crassipesRelated: Dense water hyacinth stands can lose substantial water through transpiration.

• DieffenbachiaRelated: Its large leaves lose water through transpiration, shaping watering needs in indoor conditions.

• Dracaena trifasciataRelated: Water conservation helps explain the species' tolerance of infrequent watering.

• Noble rotRelated: Water loss from infected berries concentrates sugars and other dissolved compounds.

• PlantRelated: Water evaporation helps drive upward movement through xylem.

• Plant Physiological PhenomenaRelated: Water loss helps drive the flow of water from roots through the plant.

• Plant structuresRelated: Evaporation from leaves helps draw water through the xylem.

• PostharvestRelated: Water loss after harvest causes wilting, shriveling, and reduced saleable weight.

• Stephen HalesRelated: Hales weighed plants and soil to estimate how much water plants released to the air.