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The 66 pages that link to Fertilization, each with the reason it gives.

• PregnancyRelated: It begins the developmental sequence that can establish a pregnancy.

• GymnospermRelated: Fertilization inside the ovule initiates development of the gymnosperm embryo.

• ViviparityRelated: In many viviparous animals, fertilization occurs internally before embryos remain in the parent.

• OvulationRelated: Ovulation makes an egg available for this event.

• SporophyteRelated: Fertilization creates the diploid zygote from which a sporophyte develops.

• GameteRelated: It is the process in which gametes fuse.

• Sexual reproductionRelated: It restores the diploid chromosome number by joining two haploid gametes.

• Alternation of generationsRelated: It restores diploidy and starts the sporophyte generation.

• AnimalRelated: In most animals, fertilization initiates development of a new individual.

• HaploidRelated: Fusion of two haploid gametes typically restores the diploid chromosome number.

• EmbryologyRelated: It usually begins embryonic development by combining parental genetic material.

• DiploidRelated: Fusion of two haploid gametes restores the diploid chromosome number.

• OvoviviparityRelated: Eggs retained in ovoviviparous species are generally fertilized internally.

• Calcium signalingRelated: In many animals, fertilization initiates calcium waves that activate the egg.

• Gestational ageRelated: It usually occurs roughly two weeks after gestational-age counting begins.

• OogenesisRelated: In humans, the oocyte completes meiosis II only after fertilization begins.

• Mitochondrial inheritanceRelated: It combines an egg and sperm while usually retaining the egg’s mitochondria.

• OocyteRelated: Fertilization triggers the oocyte to complete meiosis and begin embryonic development.

• Reproductive systemRelated: Fertilization is the central event reproductive structures may enable.

• SpawningRelated: Successful spawning brings eggs and sperm together for this process.

• Chromosome theory of inheritanceRelated: Fertilization reunites chromosome sets from two parents, completing the theory’s account of transmission.

• FertilityRelated: It is the immediate biological result of successful conception.

• Fish spawningRelated: Successful spawning culminates when released sperm fertilizes an egg.

• Cleavage (embryology)Related: The fertilized egg enters cleavage as its first embryonic developmental phase.

• Theodor BoveriRelated: Experiments on fertilized eggs let Boveri track how parental chromosomes enter embryonic development.

• Plant life cycleRelated: It joins gametes and begins the sporophyte generation.

• AntheridiumRelated: Antheridial sperm contribute one gamete to this fusion.

• Monozygotic twinsRelated: It creates the single starting cell from which the twins develop.

• Brood pouchRelated: Fertilization may occur before or during transfer of eggs into a pouch.

• Fallopian tubeRelated: Fertilization most often takes place in the tube’s wider central region.

• PloidyRelated: Fusion of haploid gametes usually restores diploidy.

• Female reproductive systemRelated: It is the reproductive system’s central contribution to conception.

• OogamyRelated: Organisms with oogamy use fertilization to unite their differentiated gametes.

• Sexual intercourseRelated: Vaginal intercourse can bring sperm into the reproductive tract, where fertilization may occur.

• Germ cellRelated: It completes the transmission begun by germ cells producing gametes.

• Reproduction (biology)Related: It joins parental genetic material at the start of development.

• Human reproductive systemRelated: It is the point at which gametes from the two reproductive systems unite.

• Human embryonic developmentRelated: It begins development by combining parental genomes and activating the zygote.

• MatingRelated: Mating can enable fertilization, but the two events are not identical.

• PteridophyteRelated: Motile sperm commonly need a film of water to reach the egg in pteridophytes.

• Sheep–goat hybridRelated: A sheep–goat hybrid begins when gametes from the two species fuse.

• Tetrasomy XRelated: Combining gametes with abnormal X counts can establish a 48,XXXX chromosome complement.

• Animal sexual behaviourRelated: Connects mating behavior to the biological event that begins many animals' development.

• Biological life cycleRelated: It joins genetic contributions and restores diploidy in many cycles.

• InseminationRelated: It may follow insemination, but transfer of sperm does not guarantee fertilization.

• Obstetrics and gynaecologyRelated: It marks the beginning of pregnancy and informs fertility care.

• Sex organRelated: Some sex organs bring gametes together or provide the site where they fuse.