Linked from

The 34 pages that link to Reptile, each with the reason it gives.

• BirdNarrower topic: Modern evolutionary classification includes birds within the reptile lineage.

• MammalCompared with: Reptiles are close amniote relatives, but lack mammary glands and hair.

• EctothermyBroader topic: Most living reptiles rely substantially on environmental heat.

• MammaliaCompared with: Reptiles and mammals are distinct amniote lineages with different evolutionary histories.

• SnakeNarrower topic: Snakes share the defining evolutionary history of reptiles.

• TetrapodBroader topic: Reptiles are one major living radiation within the tetrapod tree.

• Marine reptileNarrower topic: The marine forms retain reptilian ancestry despite adaptations to life at sea.

• AmnioteBroader topic: Reptiles are one major living component of amniote diversity.

• Amniotic eggBroader topic: Reptiles reproduce using amniotic development, whether eggs are laid or retained.

• CrocodileNarrower topic: Crocodiles are reptiles with scaly skin and behaviorally regulated body temperature.

• Temperature-dependent sex determinationNarrower topic: The system was established through observations and experiments across multiple reptile lineages.

• Komodo dragonNarrower topic: Its biology shares the defining ancestry and traits of reptiles.

• LizardNarrower topic: This broader group places lizards among amniotes with scales or other keratinized coverings.

• FrogCompared with: Reptiles are often mistaken for amphibians, but their reproduction and skin differ fundamentally.

• ParaphylyBroader topic: Traditional reptiles exclude birds, although birds descend from within the reptile lineage.

• HerpetologyBroader topic: Reptiles are one of herpetology’s two principal study groups.

• GeckoNarrower topic: Geckos belong to the reptile branch of vertebrate evolution.

• IguaniaNarrower topic: Iguanians are reptiles within the broader sauropsid lineage.

• John Edward GrayNarrower topic: Gray’s taxonomic publications covered reptiles and their classification.

• PelycosaurCompared with: Pelycosaurs were sometimes called reptiles, but belong to the separate synapsid lineage.

• George Albert BoulengerNarrower topic: Reptiles were one of the major groups in Boulenger’s taxonomic research.

• Gila monsterNarrower topic: Its ectothermy and scaly skin are shared broadly across reptiles.

• SeymouriaCompared with: Seymouria looked reptile-like but did not belong to the reptile lineage.

• ParareptiliaNarrower topic: Parareptilia is one of the major extinct lineages within the broader reptile group.

• ChampsosaurusNarrower topic: Champsosaurus was a reptile, though choristoderes fall outside the living reptile groups listed here.

• ChoristoderaNarrower topic: Choristodera belongs within the wider evolutionary diversity of reptiles.

• Evolution of reptilesNarrower topic: The living and fossil diversity of reptiles is the outcome of the history traced here.

• HerpetophobiaRelated: Reptiles are the primary targets of the fear described by herpetophobia.

• PlacodontiaNarrower topic: Placodonts were reptiles whose ancestors adapted to marine environments.

• Blue-tongued skinkNarrower topic: Blue-tongued skinks are reptiles, with the characteristic scaly skin of the group.

• Harderian glandBroader topic: Reptilian examples broaden comparisons beyond the mammalian and avian patterns.

• Joan Beauchamp ProcterRelated: Reptiles were the central subjects of Procter's research and curatorial work.

• SharovipteryxNarrower topic: Sharovipteryx belongs to the broad reptilian branch of vertebrate evolution.

• YounginaNarrower topic: Youngina belongs to the broader reptile lineage.