Linked from

The 45 pages that link to Wind pollination, each with the reason it gives.

• PollinationBroader topic: Wind carries pollen from exposed reproductive structures to receptive ones.

• ConiferRelated: Most conifers rely on wind to carry pollen from pollen cones to ovules.

• PollenBroader topic: This is one major route by which pollen reaches receptive structures.

• DioecyRelated: Wind commonly transports pollen between the separated male and female plants of dioecious species.

• PinaceaeRelated: Pinaceae pollen travels through air from pollen cones to seed cones.

• CupressaceaeRelated: Cupressaceae commonly release abundant pollen that reaches ovules through wind transport.

• MonoecyRelated: Many monoecious plants use wind to move pollen from male to female flowers.

• CatkinRelated: Catkins commonly expose pollen or stigmas to moving air.

• Conifer coneRelated: Many conifers release abundant, lightweight pollen into the wind.

• FagaceaeRelated: Many Fagaceae species release pollen into the air from inconspicuous flowers.

• Pollen coneRelated: Air currents commonly carry pollen from conifer cones to ovulate cones.

• UlmaceaeRelated: Elm flowers release pollen into the air, often before the leaves emerge.

• PinusRelated: Pines release abundant airborne pollen that can reach ovules on other trees.

• BetulaceaeRelated: Pollen released from the family’s catkins is commonly carried by wind.

• PineRelated: Pine pollen travels from male cones to ovules in seed cones through the air.

• SalicaceaeRelated: Catkins release abundant pollen into the air rather than relying chiefly on animal pollinators.

• AbiesRelated: Abies pollen travels through the air from pollen cones to seed cones.

• FagalesRelated: Many Fagales rely on airborne pollen rather than animal pollinators.

• JuglandaceaeRelated: Many family members rely on wind rather than animal visitors to deliver pollen.

• PoalesRelated: Many grasses and sedges release airborne pollen from inconspicuous flowers.

• Ginkgo bilobaRelated: Ginkgo relies on wind to move pollen between separate male and female trees.

• JuncaceaeRelated: Many rushes have inconspicuous flowers adapted to release and receive airborne pollen.

• PiceaRelated: Spruce pollen travels through the air from pollen cones to receptive seed cones.

• Plant-pollinator interactionCompared with: It contrasts animal-mediated transfer with a major non-animal pollination strategy.

• CedrusRelated: Cedar pollen travels through the air rather than relying on animal pollinators.

• JuniperBroader topic: Junipers release airborne pollen rather than relying on animal pollinators.

• LarchRelated: Larch pollen travels by wind rather than relying on animal pollinators.

• Araucaria araucanaRelated: Wind carries pollen from male cones to female cones.

• Carya tomentosaRelated: Mockernut hickory flowers release and receive pollen without attracting animal pollinators.

• Picea abiesRelated: Its pollen travels on the wind to female cones.

• Pinus pineaBroader topic: Stone pine relies on wind rather than animal pollinators to fertilize its cones.

• Ulmus glabraRelated: Wych elm flowers release pollen before its leaves emerge, relying on wind for transfer.

• AfrocarpusRelated: Afrocarpus relies on airborne pollen rather than animal pollinators for fertilization.

• Betula papyriferaRelated: Its airborne pollen enables reproduction without insect pollinators.

• Betula pendulaRelated: Male catkins release abundant pollen that reaches female flowers through the wind.

• Carya glabraRelated: Pignut hickory relies on wind to move pollen between its flowers.

• JuncusRelated: Many rushes have inconspicuous flowers suited to wind-mediated pollen transfer.

• Populus trichocarpaRelated: Black cottonwood releases airborne pollen from its male flowers.

• Typha latifoliaRelated: Its male flowers release pollen into the air above the female spike.

• Cupressus sempervirensRelated: Air currents carry pollen from male cones to female cones.

• Nypa fruticansRelated: Nypa’s exposed male flower spikes release pollen that can reach its female flower head.

• Pinus elliottiiRelated: Slash pine releases airborne pollen to fertilize ovules in female cones.

• Pinus strobusRelated: Its pollen travels through the air to reach receptive female cones.

• Populus tremulaRelated: Aspen relies on airborne pollen rather than animal pollinators.

• Populus tremuloidesRelated: Quaking aspen relies on wind to carry pollen between male and female trees.