Linked from

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

• PalaeotheriumNarrower topic: Palaeotherium became an early example of how fossils can reveal extinct mammal diversity.

• TapirNarrower topic: Palaeontology reconstructs the history and changing distribution of tapirs.

• AmmonoideaNarrower topic: Ammonoid fossils are central evidence for reconstructing extinct marine life and chronology.

• BrontotheriidaeNarrower topic: Brontothere fossils have shaped knowledge of Eocene mammal evolution.

• LiopleurodonNarrower topic: Liopleurodon's anatomy and classification are reconstructed from incomplete fossil evidence.

• Petrified Forest National ParkNarrower topic: Park fossils contribute evidence about Triassic ecosystems and vertebrate evolution.

• SarcosuchusNarrower topic: Sarcosuchus was reconstructed from fragmentary fossil remains interpreted through comparative anatomy.

• SivapithecusNarrower topic: Sivapithecus is known through the fossil-based methods of this discipline.

• Crystal Palace DinosaursNarrower topic: The sculptures turned paleontological interpretations into three-dimensional public exhibits.

• MeganeuraNarrower topic: Meganeura’s biology is reconstructed from preserved fossil remains.

• ParaceratheriumNarrower topic: Paraceratherium's reconstruction depends on comparing and interpreting incomplete fossil remains.

• Badlands National ParkNarrower topic: Fossil beds make the park a major site for studying ancient ecosystems.

• EohippusNarrower topic: Eohippus is known chiefly through fossil remains.

• Historical geologyNarrower topic: Its fossil evidence is one of historical geology’s main records of past change.

• IchthyosaurusNarrower topic: Ichthyosaurus fossils became foundational evidence in the emerging study of extinct life.

• JaekelopterusNarrower topic: Paleontological comparison established Jaekelopterus as a distinct extinct genus.

• KoolasuchusNarrower topic: Koolasuchus is known through fossil remains interpreted by paleontologists.

• MacraucheniaNarrower topic: Macrauchenia’s classification and biology are reconstructed from fossil evidence.

• Neutron imagingNarrower topic: Neutron imaging can inspect fossil-bearing specimens while preserving delicate or opaque material.

• NothosaurusNarrower topic: Fossil anatomy and geology provide the evidence for identifying Nothosaurus.

• OphthalmosaurusNarrower topic: Ophthalmosaurus is reconstructed from fossils interpreted within their geological context.

• PalaeotheriidaeNarrower topic: Fossil anatomy and deposits provide the main evidence for palaeotheriid diversity.

• Royal Tyrrell Museum of PalaeontologyNarrower topic: This is the discipline that unites the museum’s research and exhibits.

• Saber-toothed predatorNarrower topic: Fossil evidence is the basis for reconstructing these predators and their histories.

• TeratornithidaeNarrower topic: The family is known through fossil remains rather than living populations.

• TriadobatrachusNarrower topic: The genus's anatomy and age are reconstructed from fossil evidence.

• AetosauriaNarrower topic: Aetosaur history is reconstructed from fossil bones, armor, and their geological contexts.

• AnoplotheriumNarrower topic: Anoplotherium became part of the fossil evidence used to reconstruct extinct mammals.

• ChalicotheriumNarrower topic: Chalicotherium’s anatomy and range are reconstructed from fossil evidence.

• ChampsosaurusNarrower topic: Paleontological comparisons establish Champsosaurus’s anatomy, age, and evolutionary relationships.

• ChoristoderaNarrower topic: Choristoderes are known chiefly through fossil remains.

• CretoxyrhinaNarrower topic: Fossil teeth and skeletons provide the evidence for recognizing and reconstructing the genus.

• DaeodonNarrower topic: Daeodon's anatomy and history are reconstructed through paleontological evidence.

• DiadectesNarrower topic: Fossil evidence is the basis for reconstructing Diadectes.

• DilophosaurusNarrower topic: Dilophosaurus's discovery and revised anatomy belong to this study of fossil organisms.

• DiplocaulusNarrower topic: Fragmentary fossils leave unanswered questions about Diplocaulus’s development, behavior, and evolutionary history.

• DorcatheriumNarrower topic: Dorcatherium is known through the methods and evidence of fossil research.

• ElasmotheriumNarrower topic: Elasmotherium's discovery and interpretation belong to the study of fossil life.

• LeedsichthysNarrower topic: Its anatomy and ecology must be inferred from limited fossil evidence.

• MasiakasaurusNarrower topic: Fossil discovery and comparative anatomy established Masiakasaurus as a distinct species.

• MegaceropsNarrower topic: Megacerops became known through the collection and interpretation of fossil remains.

• MegalonyxNarrower topic: Fossils provide the evidence used to reconstruct Megalonyx.

• MegarachneNarrower topic: Megarachne’s identity changed as paleontologists compared new fossil evidence.

• Nanjing ManNarrower topic: The fossils and cave deposits are investigated through paleontological methods.

• OttoiaNarrower topic: Ottoia's anatomy and relationships are inferred from fossil evidence.

• Pierre Teilhard de ChardinNarrower topic: Fossil research gave Teilhard a scientific basis for thinking about life’s long development.

• PteraspisNarrower topic: Its anatomy and age are reconstructed from fossil evidence.

• SimosuchusNarrower topic: Simosuchus is reconstructed by combining fossil anatomy with the age and setting of its deposits.

• TherizinosaurusNarrower topic: Its fragmentary fossils require paleontological comparison and reconstruction.

• TurritellidaeNarrower topic: Fossil turritellids contribute to studies of past marine communities.