Linked from

The 65 pages that link to Domestication, each with the reason it gives.

• Captive breedingRelated: Selection and adaptation in captivity can change animals over generations.

• Selective breedingNarrower topic: Repeated selection across generations has shaped domesticated plants and animals.

• AgricultureRelated: Domesticated plants and animals became the biological basis of farming.

• NeolithicRelated: Domesticated plants and animals made sustained food production possible.

• Urban wildlifeCompared with: Urban wildlife uses human settings but is not necessarily domesticated.

• PotatoRelated: Generations of selection transformed wild potato relatives into crop varieties.

• AnimalRelated: Some animals have been transformed by long-term human breeding and management.

• Hunter-gathererRelated: Foraging generally relies on wild species rather than domesticated food sources.

• ArchaeogeneticsRelated: Ancient genomes track how crops and animals changed during domestication.

• Red foxCompared with: Red foxes often tolerate cities, but urban adaptation is not the same as domestication.

• Natufian cultureRelated: Natufian plant use preceded, but did not itself constitute, established crop domestication.

• BarleyNarrower topic: Selecting barley for harvestable grain transformed a wild grass into a crop.

• GarlicNarrower topic: Garlic’s cultivated forms emerged through human selection and long-term propagation.

• ChickpeaNarrower topic: Human selection changed wild chickpea into a dependable crop.

• SaffronNarrower topic: Crocus sativus is a cultivated plant whose origin is tied to human selection.

• SedentismRelated: Managing domestic species could support residence in one place, while settled life also enabled closer management.

• PeacockRelated: People kept and bred peafowl, helping spread them beyond their original range.

• BrassicaNarrower topic: Repeated selection transformed wild Brassica plants into diverse crops.

• CerealNarrower topic: Cereal crops emerged as people selected and cultivated useful wild grasses.

• PaleogenomicsRelated: Ancient genomes track how domestication altered species through time.

• Pre-Pottery NeolithicRelated: Changes in crops and livestock accompanied the shift to food production.

• Companion animalNarrower topic: Domestication shaped many species commonly kept as companions.

• HorseradishNarrower topic: Cultivation transformed a wild horseradish into a dependable root crop.

• Island tamenessCompared with: Unlike domestication, island tameness need not result from intentional breeding or human selection.

• Pre-Pottery Neolithic ARelated: PPNA cultivation preceded or accompanied domestication, rather than instantly producing fully domesticated crops.

• MilletRelated: Cultivated millets descend from wild grasses shaped by generations of human selection.

• DogNarrower topic: It distinguishes dogs’ history from the development of individual trained behaviors.

• Domestic pigeonNarrower topic: Human-managed breeding transformed rock doves into domestic pigeons.

• SynanthropyCompared with: Synanthropic species remain wild, even when they live close to people.

• WatermelonNarrower topic: Human selection transformed wild Citrullus ancestors into edible watermelons.

• GossypiumRelated: Human selection transformed wild cotton plants into fiber crops with useful agronomic traits.

• Japanese quailNarrower topic: Selective breeding transformed wild Japanese quail into a farmed bird.

• LeekNarrower topic: Leek’s cultivated form reflects long-term selection from wild allium ancestors.

• Oryza glaberrimaRelated: Selection for harvestability and cultivation shaped African rice from its wild ancestor.

• Papaver somniferumNarrower topic: Cultivated forms of this poppy reflect a long history of human selection and use.

• Bombyx moriNarrower topic: Bombyx mori’s dependence on people is a distinctive outcome of insect domestication.

• CalendulaRelated: Long cultivation shaped the garden forms and uses associated with Calendula officinalis.

• European polecatNarrower topic: Polecats are closely tied to the domestication history of ferrets.

• Feral pigeonRelated: Human domestication produced the ancestors from which feral populations arose.

• Pigeon peaNarrower topic: Human cultivation transformed pigeon pea from a wild relative into a food crop.

• Pre-Pottery Neolithic BRelated: Domesticated species became central to many PPNB communities.

• BeetrootNarrower topic: Selection for enlarged roots helped produce beetroot as a food crop.

• CapybaraCompared with: Capybaras may be tamed or kept in captivity, but that is not domestication.

• Working animalNarrower topic: Domestication shaped many species' capacity to live and work alongside people.

• Canid hybridCompared with: A domestic animal is not necessarily a hybrid, even when its ancestry is mixed.

• Laughing doveCompared with: The laughing dove is a wild species, not a domesticated pigeon breed.

• Prunus aviumNarrower topic: Selecting trees for larger, sweeter fruit transformed wild cherry into an orchard crop.

• WildlifeCompared with: Domesticated populations differ from wildlife through sustained human control and selection.

• Anarcho-primitivismRelated: Anarcho-primitivist writers use domestication to connect agriculture with social control.

• Barbary doveNarrower topic: The Barbary dove's familiar form reflects a history of human keeping and breeding.