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The 16 pages that link to Vertebrate paleontology, each with the reason it gives.

• VertebrateRelated: Fossils document how vertebrate anatomy changed through deep time.

• Georges CuvierNarrower topic: Cuvier helped establish this field by identifying extinct vertebrates through their fossils.

• Edward Drinker CopeNarrower topic: This field contains the fossil discoveries and classifications that defined Cope’s work.

• HaikouichthysNarrower topic: Haikouichthys illustrates how fragmentary fossils shape reconstructions of vertebrate origins.

• Joseph LeidyNarrower topic: This specialty brought together Leidy’s anatomical training and fossil research.

• Henry Fairfield OsbornBroader topic: Osborn specialized in the fossil history and classification of vertebrates.

• Early vertebrateNarrower topic: Its methods shape how fragmentary early fossils are identified and interpreted.

• Sauropod locomotionNarrower topic: It supplies the comparative anatomy and fossil context used in locomotion research.

• DorudonNarrower topic: Dorudon is known chiefly through fossil bones that reveal its anatomy and ecology.

• ProterosuchusNarrower topic: Anatomical and ecological claims about Proterosuchus come from comparative fossil study.

• ShonisaurusRelated: Shonisaurus’s anatomy and relationships are inferred from vertebrate fossils.

• ThelodontiNarrower topic: Thelodont classification depends on interpreting incomplete vertebrate fossils.

• AnaspidaNarrower topic: Anaspid identity is inferred from incomplete fossil anatomy.

• CotylorhynchusNarrower topic: Its fossils inform reconstructions of early synapsid diversity and ecology.

• MadtsoiidaeNarrower topic: Madtsoiid diversity and age are reconstructed from vertebrate fossils.

• StethacanthusNarrower topic: Fossils provide the main evidence for Stethacanthus anatomy and age.