Linked from

The 62 pages that link to Vegetative reproduction, each with the reason it gives.

• Plant domesticationRelated: Clonal propagation preserves useful traits in crops that are seedless or poorly suited to seed breeding.

• Forest regenerationRelated: Sprouting can regenerate trees when seed production or establishment is limited.

• LycophyteRelated: Some clubmosses spread through creeping stems as well as by spores.

• Adventitious rootRelated: Adventitious roots can help detached plant parts form independent plants.

• StolonRelated: Gardeners can separate rooted stolon plantlets to propagate a plant.

• ThallusRelated: Fragments of many thalli can grow into new individuals.

• Cavendish bananaRelated: Farmers multiply Cavendish plants from suckers or tissue culture rather than seeds.

• PineappleRelated: Pineapple is commonly propagated from its crown, slips, or suckers rather than seed.

• SalicaceaeRelated: Clonal growth lets some Salicaceae spread without producing seeds.

• CranberryRelated: Cranberry vines spread and are commonly propagated through their trailing stems.

• Herb gardenRelated: Cuttings and divisions let gardeners multiply herbs that retain desirable traits.

• ScallionRelated: Scallions can regrow from their rooted bases when those bases are replanted or kept in water.

• Water hyacinthRelated: Water hyacinth rapidly produces daughter plants on stolons, expanding mats without seeds.

• AzollaRelated: Azolla often spreads rapidly through fragmentation and branching.

• Plant reproductionRelated: It creates offspring without gamete fusion or seed formation.

• TaroRelated: Farmers commonly propagate taro using corm pieces or shoots.

• WatercressRelated: Fragments of watercress stems can root and produce new plants.

• AnthuriumRelated: Growers use division and other vegetative methods to reproduce Anthurium cultivars true to type.

• CommelinaceaeRelated: Creeping stems allow some members to spread and regenerate without seeds.

• KudzuRelated: Kudzu can establish new growth from rooted stems and fragments, in addition to producing seeds.

• Salix albaRelated: Detached white willow branches can root and establish new trees.

• TarragonRelated: French tarragon is generally propagated this way because it rarely produces viable seed.

• TradescantiaRelated: Trailing Tradescantia stems readily root at nodes, allowing plants to spread without seeds.

• Ulmus americanaRelated: Root sprouts can regenerate American elms after trunks are damaged or killed.

• Sequoia sempervirensRelated: Coast redwoods reproduce by sprouting from stumps, roots, and fallen trunks.

• Ulmus glabraRelated: Wych elm can regenerate from root suckers, allowing it to persist after trunks die.

• CommelinalesRelated: Many members spread through rhizomes, stolons, or fragments as well as seeds.

• Gros MichelRelated: Commercial Gros Michel plants were propagated as clones, leaving plantations genetically uniform and vulnerable.

• LycopodiaceaeRelated: Some clubmosses spread clonally through creeping stems as well as reproducing by spores.

• Pontederia crassipesRelated: Stolons and fragments produce new water hyacinth plants without seeds.

• Spanish mossRelated: Detached fragments can grow into new plants, helping Spanish moss spread.

• Allium fistulosumRelated: Welsh onion can multiply by division, allowing clumps to persist and spread.

• AxonopusRelated: Stolons let some Axonopus species establish new shoots without relying on seed dispersal.

• Chlorophytum comosumRelated: Gardeners can detach and root its naturally produced plantlets.

• DieffenbachiaRelated: Stem cuttings allow Dieffenbachia cultivars to be multiplied without relying on seed.

• LemnoideaeRelated: Duckweeds commonly multiply by budding from parent fronds.

• Old TjikkoRelated: New spruce stems can arise from the older plant without seeds.

• Populus tremulaRelated: Root suckers allow an aspen to multiply without producing seeds.