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

• 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.

• BiologyRelated: It reconstructs the history of life that biology explains through evolutionary change.

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

• Earth scienceRelated: Fossils connect biological evolution to changes in environments and geological time.

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

• GeoconservationRelated: Fossil conservation overlaps with geoconservation, while palaeontology studies the evidence itself.

• 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.

• The Lost WorldRelated: The characters interpret living creatures through the fossil record.

• 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.

• HindlimbRelated: Fossil hindlimbs help reconstruct locomotion and evolutionary relationships.

• 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.

• 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.

• Bernard HeuvelmansRelated: Fossil discoveries informed his proposals that some supposedly extinct animal groups might survive.

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

• History of anatomyCompared with: Fossils extend anatomical evidence to organisms unavailable for direct dissection.

• Lester Frank WardRelated: Ward’s early scientific career in paleontology informed his interest in biological and social development.

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

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

• Royal Ontario MuseumRelated: Fossils and dinosaur displays make paleontology a prominent part of the museum's natural-history work.

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

• Big HistoryRelated: Its evidence reconstructs life’s diversification across deep time.

• 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.