Linked from

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

• TaphonomyNarrower topic: Taphonomy supplies essential context for interpreting paleontological evidence.

• DinosauriaNarrower topic: Dinosaur fossils have shaped methods and public understanding across this field.

• ArtiodactylaNarrower topic: Fossils connect living artiodactyl diversity to extinct forms and major evolutionary transitions.

• PaleobiogeographyNarrower topic: Paleobiogeography uses paleontological evidence to map ancient organisms across space.

• Mary AnningNarrower topic: Anning’s discoveries helped establish fossils as evidence for reconstructing prehistoric organisms.

• Richard OwenNarrower topic: Owen’s fossil descriptions and classifications helped shape this developing science.

• Morrison FormationNarrower topic: Morrison fossils are a major source for studying Late Jurassic life.

• Deep timeNarrower topic: It reconstructs the changing history of organisms across geological time.

• CatastrophismNarrower topic: Cuvier’s catastrophism grew from comparing fossils across rock layers.

• TrilobiteNarrower topic: Trilobites are among the most widely studied fossil animals.

• AmberNarrower topic: Amber inclusions supply paleontologists with exceptionally preserved specimens.

• Index fossilNarrower topic: Paleontology identifies the organisms that make fossil-based correlation possible.

• Early JurassicNarrower topic: Fossils are the main evidence for life and ecosystems during the epoch.

• Louis AgassizNarrower topic: Agassiz’s fossil research connected zoological classification with Earth’s deep history.

• Paleoenvironmental reconstructionNarrower topic: Fossils provide evidence for the organisms and habitats present in earlier environments.

• Dinosaur Park FormationNarrower topic: The formation is a major source of fossil evidence for reconstructing Late Cretaceous ecosystems.

• Dinosaur Provincial ParkNarrower topic: Paleontological fieldwork turns the park’s exposed fossils into evidence about past life.

• AnomalocarisNarrower topic: Anomalocaris demonstrates how new fossil preparation and comparison can overturn classifications.

• DiprotodonNarrower topic: Fossil evidence is the basis for reconstructing Diprotodon’s anatomy and extinction.

• Chinle FormationNarrower topic: Fossils make the Chinle Formation a major record of Triassic ecosystems.

• Fossil collectingNarrower topic: Collected specimens supply evidence for paleontological research.

• MontanaNarrower topic: Paleontology turns Montana’s fossil deposits into evidence about extinct organisms and ecosystems.

• Piltdown ManNarrower topic: The forgery exploited fossil interpretation and dating practices.

• BasilosaurusNarrower topic: Basilosaurus fossils provide evidence for whale anatomy and Eocene marine ecosystems.

• Charles Doolittle WalcottNarrower topic: Walcott’s career combined fossil research, field collecting, and geological study.

• GastrolithNarrower topic: Fossil gastrolith claims depend on paleontological context and interpretation.

• AnchiornisNarrower topic: Anchiornis is known through fossil discovery, preparation, and anatomical interpretation.

• ApatosaurusNarrower topic: Apatosaurus became known through the collection and interpretation of fossil remains.

• EurypteridNarrower topic: Eurypterids provide evidence for reconstructing extinct aquatic animals and environments.

• EusthenopteronNarrower topic: Eusthenopteron’s evolutionary significance depends on fossils interpreted within their geological setting.

• Jurassic CoastNarrower topic: Fossil-bearing strata make the coast a field site for studying extinct organisms.

• Jurassic ParkNarrower topic: The film’s dinosaurs draw on fossil research while dramatizing speculative biology.

• KansasNarrower topic: Kansas fossil sites have made the state a major setting for studying Cretaceous marine life.

• Mazon Creek fossil bedsNarrower topic: Research at Mazon Creek contributes evidence about organisms and environments in deep time.

• PterodactylusNarrower topic: The genus entered science through the developing study of fossil animals.

• Dental batteryNarrower topic: Fossil jaws preserve the tooth arrangements that document the history of dental batteries.

• Fossil preparationNarrower topic: Preparation makes specimens accessible for paleontological observation and analysis.

• Henry Fairfield OsbornNarrower topic: Osborn’s main scientific career concerned fossils and extinct vertebrates.

• LophophoreNarrower topic: Lophophore-related structures help paleontologists infer the feeding anatomy of extinct brachiopods.

• Roy Chapman AndrewsNarrower topic: Andrews's collecting and expedition work served paleontological research.

• Sahelanthropus tchadensisNarrower topic: Its classification rests on interpreting fossil anatomy alongside geological evidence.

• UnguligradeNarrower topic: Fossil feet let palaeontologists trace changes in digit number and weight-bearing posture.

• BrachiosaurusNarrower topic: Brachiosaurus became known through fossil collection and paleontological comparison.

• Lyme RegisNarrower topic: Fossils from Lyme Regis helped establish the scientific significance of prehistoric marine life.

• Monte San GiorgioNarrower topic: Paleontological research uses the mountain’s fossils to reconstruct extinct organisms and communities.

• TylosaurusNarrower topic: Fossil anatomy and geological context underpin knowledge of Tylosaurus.

• VaranidaeNarrower topic: Paleontology supplies the methods used to reconstruct monitor-lizard history.

• DinocephaliaNarrower topic: Dinocephalian relationships and lifestyles are reconstructed from fossil remains.

• Irish elkNarrower topic: Irish elk knowledge comes chiefly from fossils studied within this discipline.

• MonoplacophoraNarrower topic: Fossils supply most evidence for monoplacophoran history before living species were found.