Linked from

The 25 pages that link to Diapsid, each with the reason it gives.

• ReptileRelated: Most living reptiles, including birds, descend from diapsid ancestors.

• SkullCompared with: This skull pattern underlies the evolutionary history of reptiles and birds.

• IchthyosauriaNarrower topic: Ichthyosaurs are placed among diapsid reptiles in current evolutionary classifications.

• ArchosaurNarrower topic: Archosaurs belong to this broader reptile lineage.

• PlesiosaurNarrower topic: Plesiosaurs belong to the broader diapsid lineage of reptiles.

• Temporal fenestraBroader topic: Diapsids illustrate a two-opening pattern in the temporal region.

• SynapsidaCompared with: The diapsid skull pattern contrasts with the single ancestral opening in synapsids.

• ReptiliaBroader topic: Most living reptiles, including birds, belong to this major reptile lineage.

• TuataraNarrower topic: The tuatara skull retains a diapsid arrangement that helps distinguish its ancestry.

• ArchosauromorphaNarrower topic: Archosauromorphs belong within the diapsid radiation.

• RhynchocephaliaNarrower topic: Rhynchocephalians belong to the broader diapsid reptile lineage.

• TherocephaliaCompared with: Diapsids represent a distinct amniote branch, unlike the synapsid lineage containing therocephalians.

• ThrinaxodonCompared with: Diapsids represent the other major amniote branch, distinct from Thrinaxodon’s synapsid lineage.

• EuparkeriaNarrower topic: Its classification rests within the wider diapsid radiation of reptiles.

• ParareptiliaCompared with: Diapsids form the lineage containing most living reptiles, unlike the traditionally anapsid parareptiles.

• ProterosuchusNarrower topic: Its skull belongs to the diapsid pattern inherited by archosauriforms.

• RhynchosauriaNarrower topic: This broad skull-bearing lineage includes archosauromorphs such as rhynchosaurs.

• ChampsosaurusNarrower topic: Choristoderes belong within the broader diapsid branch of reptile evolution.

• ChoristoderaNarrower topic: Choristoderes are generally placed among diapsid reptiles, though their exact relationships remain debated.

• Evolution of reptilesBroader topic: Most living reptiles belong to this branch, which diversified early in reptile history.

• ThalattosauriaNarrower topic: Thalattosaurs belong among diapsid reptiles, a broad group defined by this skull architecture.

• DrepanosauromorphaNarrower topic: Drepanosauromorphs are placed among diapsid reptiles, though their exact relationships remain debated.

• LongisquamaNarrower topic: Longisquama is commonly discussed within the broad evolutionary context of diapsid reptiles.

• SharovipteryxNarrower topic: Its classification places it among diapsid reptiles.

• YounginaNarrower topic: Youngina is a classic early example of the diapsid skull plan.