Linked from

The 41 pages that link to Georges Cuvier, each with the reason it gives.

• Geologic time scaleRelated: Fossil succession and extinction became evidence for divisions in Earth history.

• ExtinctionRelated: His work challenged the idea that every species persisted unchanged through time.

• Mary AnningRelated: Cuvier’s work supplied a framework for interpreting the extinct reptiles Anning uncovered.

• CatastrophismRelated: His fossil studies supplied influential evidence for successive catastrophes and extinctions.

• Fish taxonomyRelated: His anatomical approach shaped early scientific classifications of fishes.

• Vertebrate paleontologyRelated: His fossil vertebrate work helped establish extinction as a scientific fact.

• OsteologyRelated: His comparisons of skeletal structures helped infer relationships among extinct animals.

• ZoologyRelated: His anatomical comparisons transformed the classification and fossil study of animals.

• Jurassic CoastRelated: His analysis of marine-reptile fossils from Lyme Regis shaped early interpretations of the coast’s discoveries.

• Paris BasinRelated: His studies of Montmartre fossils connected anatomical evidence with successive strata.

• PterodactylusRelated: He recognized the Solnhofen fossil as a flying reptile and named it Pterodactylus.

• PulmonataRelated: His anatomical classifications helped shape early groupings of mollusks such as Pulmonata.

• Geologic timeRelated: His work made abrupt biological changes legible in the sequence of geological strata.

• IchthyologyRelated: His anatomical comparisons helped distinguish major groups of fishes.

• Irish elkRelated: His work helped make extinct large mammals intelligible as distinct species.

• Johann Friedrich BlumenbachRelated: Cuvier’s comparative anatomy offers a close contemporary parallel to Blumenbach’s method.

• MastodonRelated: Cuvier interpreted mastodon fossils as belonging to animals unlike any living species.

• MegatheriumRelated: Cuvier described the fossil as a giant extinct sloth in 1796.

• MosasaurusRelated: Cuvier analyzed the Maastricht fossil and argued that it belonged to an extinct reptile.

• PalaeotheriumRelated: Cuvier used fossil bones from the Paris region to describe and reconstruct Palaeotherium.

• Ground slothRelated: His work helped identify Megatherium as an extinct animal rather than a living giant.

• History of lifeRelated: His fossil studies made extinction a central fact in reconstructing life’s past.

• History of paleontologyRelated: Cuvier made fossil bones evidence for extinct species rather than fanciful living animals.

• MalacologyRelated: His anatomical comparisons helped establish mollusks as distinct, classifiable animal groups.

• ProtostomeRelated: His anatomical classification helped shape the historical framework for major animal divisions.

• History of evolutionary thoughtRelated: His evidence for extinction challenged views that species were fixed and everlasting.

• IchthyosaurusRelated: Cuvier identified early ichthyosaur remains as belonging to an extinct marine reptile.

• MetriorhynchidaeRelated: His early work on fossil crocodilian-like reptiles shaped later study of the group.

• Alexandre BrongniartRelated: His collaboration with Brongniart made Paris Basin fossils evidence for changing geological environments.

• AnoplotheriumRelated: Cuvier studied and named Anoplotherium from fossil material found near Paris.

• ElasmotheriumRelated: His work on fossil mammals helped frame the study of extinct rhinoceroses.

• CervalcesRelated: His work helped shape the early study and classification of fossil mammals.

• Georges-Louis LeclercRelated: Cuvier later rejected Buffon’s transformist suggestions while building a different natural history.

• Johann Jakob HeckelRelated: Cuvier’s systematic approach shaped the taxonomic tradition in which Heckel described fishes.

• Nicolas DesmarestRelated: Cuvier succeeded Desmarest in a prominent natural-history post, connecting their careers across generations.

• Sarah BaartmanRelated: His dissection and published account turned her body into an object of racial science.