Linked from

The 20 pages that link to Apomixis, each with the reason it gives.

• MeiosisCompared with: It allows certain plants to form seeds without ordinary meiotic recombination.

• ParthenogenesisCompared with: Unlike animal parthenogenesis, this plant process can produce seeds without an egg undergoing ordinary fertilization.

• Vegetative reproductionCompared with: It produces offspring through seeds rather than directly from vegetative structures.

• GametophyteCompared with: It can produce seeds without the usual union of gametophyte-produced gametes.

• OvuleCompared with: It produces seeds without the ordinary fertilization pathway inside an ovule.

• Double fertilizationCompared with: It shows which parts of seed formation can proceed without the usual pair of fusion events.

• ParthenocarpyCompared with: Unlike parthenocarpy, apomixis produces seeds without fertilization rather than fruit without it.

• Clonal colonyCompared with: It also produces genetically similar offspring, but through seeds rather than vegetative spread.

• Self-pollinationCompared with: It can produce seed without the pollination and fertilization required in selfing.

• Seed developmentCompared with: It offers a route to seed formation that bypasses ordinary fertilization.

• MatingCompared with: It produces seeds without mating or fusion of gametes.

• Plant embryonic developmentCompared with: It can form seed embryos without the fertilized egg that initiates ordinary embryogenesis.

• Populus tremuloidesCompared with: Aspen colonies spread vegetatively, not by producing seeds through apomixis.