Linked from

The 85 pages that link to Human migration, each with the reason it gives.

• Food securityRelated: Food insecurity can contribute to migration when livelihoods and local food access collapse.

• GlobalizationRelated: Cross-border movement connects labor markets, families, and communities across societies.

• Ancient DNARelated: Genetic comparisons can reveal migration events not clearly visible in archaeological remains.

• Language shiftRelated: Migration changes the language communities encounter and the incentives they face.

• Gene flowRelated: Migrants carry alleles across population boundaries, but gene flow occurs only when they or their gametes reproduce.

• Homo sapiensRelated: Migration carried Homo sapiens into new environments and reshaped population ancestry.

• Predator avoidanceRelated: Movement can carry animals away from areas or seasons of high predation risk.

• Archaeological cultureRelated: A new material pattern may reflect incoming populations, but artifacts alone cannot establish migration.

• ArchaeogeneticsRelated: Genetic similarities across archaeological sites can trace past movements of people.

• GeographyRelated: Migration redistributes populations and reshapes the social geography of both origin and destination.

• Population dynamicsRelated: Immigration and emigration change local population size independently of births and deaths.

• Street foodRelated: Migrants carry food traditions and often establish vending businesses in new cities.

• EthnogenesisRelated: Population movement brings communities into contact and can reshape group boundaries.

• Soaring flightRelated: Soaring can lower the energetic cost of long-distance migration in suitable conditions.

• Human genetic variationRelated: Migration spread variants and brought previously separated populations into contact.

• Ice ageRelated: Lower sea levels and changing habitats opened routes and shaped movement during glacial periods.

• LiminalityRelated: Migrants can experience unsettled belonging while adapting to new social and cultural settings.

• CharadriiformesRelated: Many charadriiforms travel between breeding sites and distant feeding grounds.

• PrehistoryRelated: Archaeology and genetics trace migrations long before written accounts.

• World HistoryRelated: Human movement spreads languages, skills, institutions, and cultural practices.

• Behavioral thermoregulationRelated: Moving between regions can place animals in more favorable thermal environments.

• Friedrich RatzelRelated: Ratzel studied migration as a force spreading populations, cultures, and political influence.

• Gravity modelRelated: Gravity models estimate migration flows between origins and destinations.

• Recent African origin of modern humansRelated: The model places dispersal from Africa at the center of global population history.

• Plasmodium falciparumRelated: Population movement can introduce falciparum malaria into areas where transmission was interrupted.

• ZebraRelated: Plains zebras join some of Africa’s largest seasonal migrations.

• Denisovan admixtureRelated: Migration routes shaped where Denisovan ancestry entered and spread among modern humans.

• DiffusionismRelated: Migrants can transport customs, technologies, and beliefs into new communities.

• AntelopeRelated: Some antelopes move across large landscapes to follow rain and fresh forage.

• Cultural changeRelated: Migration carries cultural practices and creates new forms of exchange and belonging.

• DoggerlandRelated: The land bridge provided a route for people moving between Britain and mainland Europe.

• HomoRelated: Repeated dispersals carried Homo species across Africa, Eurasia, and other regions.

• HyperphagiaRelated: Migratory animals may increase feeding before journeys that demand substantial energy.

• Java ManRelated: Java fossils bear on when and how early humans reached Southeast Asia.

• WaterbirdRelated: Many waterbirds move between breeding sites and seasonal feeding grounds.

• Year Without a SummerRelated: Crop losses and economic distress helped prompt migration from some affected communities.

• Associated StatehoodRelated: Some association agreements grant mobility rights between the associated polity and partner state.

• Blue eyesRelated: Migration and population mixing helped shape the geographic distribution of eye-color variants.

• Fusion cuisineRelated: Migrants carry ingredients, techniques, and food customs that can combine with local cooking.

• GruidaeRelated: Many crane populations travel between breeding and nonbreeding grounds, often in conspicuous flocks.

• Hominin phylogenyRelated: Lineage relationships help distinguish dispersal routes from local ancestry.

• AridificationRelated: Reduced water and livelihood options can contribute to migration, alongside other causes.

• HumanRelated: Migration shaped how humans came to inhabit nearly every region.

• Wildlife foodRelated: Many animals migrate as food availability shifts between habitats.

• PloverRelated: Many plover populations travel between northern breeding grounds and warmer wintering sites.

• ButeoRelated: Several Buteo species travel long distances between breeding and wintering grounds.

• Human skin colorRelated: Migration brought populations into ultraviolet environments different from those of their ancestors.

• Cownose rayRelated: Seasonal migrations carry cownose rays along the western Atlantic coast.

• EcophysiologyRelated: Physiological preparation can determine whether animals complete demanding migrations.

• FrigatebirdRelated: Some frigatebird populations travel widely between breeding colonies and feeding grounds.