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The 28 pages that link to Evolution of mammals, each with the reason it gives.

• MammalRelated: It connects diagnostic traits to the branching history of the class.

• EoceneRelated: Eocene fossils document early diversification of many groups that persist today.

• ViviparityRelated: Mammalian live birth emerged through a history involving eggs, internal development, and placental exchange.

• OligoceneRelated: Oligocene cooling and habitat shifts influenced mammal distributions and forms.

• HypsodontyNarrower topic: Hypsodonty evolved independently in multiple mammal groups during mammalian evolution.

• Vertebrate paleontologyBroader topic: Fossil vertebrates document the origins and diversification of mammalian groups.

• K–Pg boundaryRelated: Mammals expanded into ecological roles left vacant by extinct groups.

• ElephantidaeNarrower topic: Elephantidae is a late-surviving branch of a much older mammalian radiation.

• Temporal fenestraRelated: It shows how the temporal region changed as the mammalian jaw evolved.

• BatsNarrower topic: Bat flight arose within mammalian evolution rather than from a separate vertebrate lineage.

• MonotremeNarrower topic: Monotreme origins belong to the early diversification of mammals.

• TherapsidaRelated: Therapsid transformations form a central sequence in this evolutionary history.

• Mammalian middle earNarrower topic: The middle ear's distinctive anatomy emerged during mammalian evolution.

• Chicxulub impactorRelated: The extinction opened ecological opportunities that mammals later occupied.

• Cretaceous–Paleogene boundaryRelated: Mammals diversified after the extinction removed many dominant competitors and predators.

• DigitigradeNarrower topic: Digitigrade and other foot postures reflect different evolutionary adaptations among mammalian lineages.

• CreodontaNarrower topic: Creodont history is one branch of mammalian diversification after the extinction of non-avian dinosaurs.

• ColugoNarrower topic: Colugo fossils and genetic relationships contribute to debates about early placental-mammal branching.

• EulipotyphlaNarrower topic: The order’s present families are branches of a much older mammalian radiation.

• OxyaenidaeNarrower topic: Oxyaenidae represents one extinct branch of early placental mammal diversification.

• MultituberculataRelated: Their long fossil record offers a distinctive branch in the history of mammals.

• MammalogyNarrower topic: It connects living species and fossils into a shared history.

• ThrinaxodonRelated: Thrinaxodon documents an early stage in the long acquisition of mammalian features.

• PalaeotheriidaeNarrower topic: Palaeotheriids belong to the Paleogene radiation of hoofed mammals.

• PurgatoriusNarrower topic: The genus’s survival across the extinction informs questions about early Paleogene mammal diversification.

• SolenodonNarrower topic: Solenodons preserve an ancient branch of Caribbean mammal evolution.

• CainotheriidaeNarrower topic: Cainotheriidae represents one extinct branch within this broader evolutionary history.

• EuharamiyidaNarrower topic: The placement of Euharamiyida affects reconstructions of early mammal diversification.