Linked from

The 159 pages that link to Paleontology, each with the reason it gives.

• UtahraptorNarrower topic: Utahraptor’s discovery and classification depend on paleontological evidence.

• VombatiformesNarrower topic: Vombatiform relationships and lifestyles are reconstructed chiefly from fossil evidence.

• ArandaspisNarrower topic: Arandaspis is known through fossil specimens rather than living descendants.

• CervalcesNarrower topic: Cervalces is known through fossils interpreted within this discipline.

• DallasaurusNarrower topic: Fossil comparison established Dallasaurus as a distinct extinct genus.

• DinocarididaNarrower topic: Dinocarididan classification changed as researchers reinterpreted disarticulated fossil remains.

• HelicoprionNarrower topic: Helicoprion’s anatomy and classification are reconstructed from fossil evidence.

• LagerpetidaeNarrower topic: Lagerpetid classification depends on interpreting incomplete fossil remains.

• LongisquamaNarrower topic: The genus illustrates how a single fossil can shape and complicate evolutionary arguments.

• MegazostrodonNarrower topic: Fossil comparison and geological context underpin what can be inferred about this extinct genus.

• MicrosauriaNarrower topic: New fossils and analyses can revise the traditional definition of Microsauria.

• New SiberiaNarrower topic: Fossil discoveries on New Siberia preserve evidence of past Arctic ecosystems.

• OrnithocheirusNarrower topic: The genus's naming and reassessment are part of paleontological work on fragmentary fossils.

• PalaeomerycidaeNarrower topic: The family is known chiefly through fossil evidence.

• PhalangiotarbidaNarrower topic: The order's interpretation depends on methods for reading incomplete fossil evidence.

• PlatypterygiusNarrower topic: The genus is known through fossil evidence rather than living observations.

• PleurosauridaeNarrower topic: Pleurosauridae is known from fossil remains rather than living populations.

• ProlibytheriumNarrower topic: Its anatomy and evolutionary placement are reconstructed from fossil remains.

• ProtoceratidaeNarrower topic: Protoceratidae is known chiefly through fossilized skulls, teeth, and skeletons.

• RudistsNarrower topic: Rudists provide fossils for reconstructing extinct bivalve anatomy and ecology.

• ThylacocephalaNarrower topic: Most knowledge of the group comes from interpreting fossil anatomy.

• TitanoboaNarrower topic: Its anatomy and ecology are reconstructed from fossil evidence.

• Triassic–Jurassic extinctionNarrower topic: Fossil records reveal which groups disappeared, survived, and recovered after the crisis.

• TrionychidaeNarrower topic: Fossils help establish the deep history of softshell turtle lineages.

• YounginaNarrower topic: Youngina's anatomy and affinities are reconstructed through palaeontological methods.