Linked from

The 38 pages that link to Pollen, each with the reason it gives.

• Wind pollinationBroader topic: These grains are the particles released and carried through the air.

• GymnospermRelated: Pollen enables fertilization without free-standing sperm swimming through water.

• MonocotyledonRelated: Monocot pollen commonly has a single furrow or pore, unlike typical eudicot pollen.

• Allergic rhinitisBroader topic: Pollen is a common outdoor trigger, often producing seasonal symptoms.

• Flowering plantBroader topic: Its transport to a flower's stigma initiates the male side of reproduction.

• Seed plantBroader topic: Pollen transports sperm-producing cells without requiring free-standing water for fertilization.

• Seed coneRelated: Pollen is the male contribution to reproduction in seed cones.

• CatkinRelated: Male catkins release pollen, often in large quantities.

• Conifer coneRelated: Pollen released by pollen cones carries sperm-producing cells toward ovules.

• Pollinator gardenRelated: Bees and other animals collect pollen, which supplies protein and other nutrients.

• PollinatorRelated: It is the material pollinators transport between flowers.

• MagnoliidsRelated: Pollen traits help distinguish major flowering-plant lineages, though magnoliids vary in pollen form.

• AllergenBroader topic: Airborne pollen is a common cause of allergic rhinitis.

• HeterosporyRelated: Pollen carries the microspore-derived male generation without requiring free-standing male plants.

• Pine coneRelated: Male pine cones release pollen that wind carries to female cones.

• StamenBroader topic: Pollen is the product released by the anther.

• ProtogynyRelated: Its release signals the male phase of a protogynous flower.

• EmbryophyteRelated: Pollen carries sperm-producing cells without requiring free water for fertilization.

• MicrosporeCompared with: Pollen is a dispersal material made of developed male gametophytes, not a single microspore.

• Plant fossilRelated: Its durable outer wall lets pollen preserve and identify plants absent from visible fossils.

• JuglandaceaeRelated: Pollen grains are the wind-borne units released by male flowers.

• Fig waspRelated: Female wasps carry pollen between figs, fertilizing flowers as they enter.

• Ginkgo bilobaRelated: Ginkgo’s motile sperm develop from pollen after it reaches the ovule.

• MagnoliaRelated: Magnolia flowers produce abundant pollen that beetles consume and transport.

• Plant-pollinator interactionBroader topic: Its transfer between flowers is the defining action of this interaction.

• Plant reproductionBroader topic: Pollen transports male reproductive cells without requiring free-standing water.

• NothofagusRelated: Distinctive Nothofagus pollen helps identify the genus in fossil deposits.

• CampanulaceaeRelated: Pollen presentation and transfer are distinctive parts of the reproductive biology of many bellflowers.

• AerobiologyBroader topic: Pollen grains are prominent biological particles monitored in air for ecology and allergy studies.

• AfrocarpusRelated: Afrocarpus pollen travels from male reproductive structures to ovules, usually by wind.

• BennettitalesRelated: Pollen-bearing organs formed part of Bennettitales' distinctive reproductive systems.

• Honey possumRelated: Pollen supplies much of the protein in the honey possum’s otherwise nectar-rich diet.

• LoriiniRelated: Lories and lorikeets consume pollen along with nectar.

• Rainbow lorikeetRelated: The lorikeet consumes pollen along with nectar while visiting flowers.

• StrelitziaRelated: A bird’s visit can carry Strelitzia pollen between flowers.

• Evolutionary history of plantsRelated: Pollen freed fertilization from the need for sperm to swim through water.

• PinalesRelated: Wind-borne pollen commonly carries conifer sperm-producing cells to ovules.

• PteridospermRelated: Fossil pollen helps identify the reproductive biology of some pteridosperms.