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The 50 pages that link to Burgess Shale, each with the reason it gives.

• FossilBroader topic: Its soft-bodied fossils reveal anatomical diversity rarely preserved in ordinary deposits.

• PaleontologyBroader topic: Its soft-bodied fossils preserve forms rarely represented in the fossil record.

• TaphonomyBroader topic: Its fossils show how unusual conditions can preserve tissues normally lost to decay.

• LimestoneCompared with: Its exceptional fossils provide a contrast to carbonate deposits that preserve marine life differently.

• ArthropodRelated: Its fossils preserve early arthropods and reveal forms absent from later ecosystems.

• Cambrian explosionBroader topic: Its fossils preserve an unusually broad array of Cambrian animal anatomies.

• ExoskeletonRelated: Its fossils help compare early animals with and without mineralized external skeletons.

• PaleoecologyBroader topic: Its diverse fossils reveal an ancient marine community and its ecological structure.

• PaleobiologyBroader topic: Its fossils preserve anatomical detail rarely found in ordinary deposits.

• PaleobotanyCompared with: Its animal fossils contrast with the plant-centered evidence and preservation questions of paleobotany.

• SandstoneCompared with: Its fine-grained mudstone contrasts with sandstone and preserves soft-bodied fossils unusually well.

• Early CretaceousCompared with: Its much older age contrasts with the Early Cretaceous fossil record.

• LagerstätteBroader topic: Its diverse soft-bodied fossils exemplify exceptional preservation in a marine setting.

• CambrianBroader topic: Its soft-bodied fossils exposed a diversity of Cambrian animals absent from many other deposits.

• ConodontRelated: Burgess Shale fossils helped establish that conodonts were vertebrate animals.

• OrdovicianCompared with: It offers a celebrated earlier snapshot for comparison with Ordovician fossil communities.

• Stephen Jay GouldBroader topic: Gould’s account of its fossils made the site central to debates about early animal diversity and contingency.

• Vertebrate paleontologyRelated: Its rare soft-tissue preservation offers a contrast to the mainly skeletal record of vertebrates.

• TrilobiteBroader topic: Its trilobites and other fossils preserve details rarely captured in ordinary deposits.

• AnomalocarisRelated: Many Anomalocaris fossils come from this deposit, where delicate body parts were preserved.

• ArthropodaRelated: Its fossils reveal early arthropod diversity and unusual extinct forms.

• PikaiaNarrower topic: Pikaia is known from this deposit, whose preservation captures soft-bodied anatomy.

• Charles Doolittle WalcottRelated: Walcott discovered its fossils in 1909 and spent years collecting and describing them.

• HaikouichthysCompared with: Its chordate fossils provide a separate window onto Cambrian animal evolution.

• Mazon Creek fossil bedsCompared with: Both preserve soft tissues, but they formed in different periods and geological settings.

• Arthropod phylogenyRelated: Its exceptional preservation reveals anatomical combinations relevant to early arthropod relationships.

• PaleoenvironmentBroader topic: Its fossils preserve a diverse marine community and evidence of its depositional setting.

• Early vertebrateRelated: Its fossils provide comparative evidence for early chordates and vertebrate relatives.

• Monte San GiorgioCompared with: It offers a much older example of exceptional preservation than Monte San Giorgio.

• MudstoneBroader topic: Its fossil-bearing strata include fine-grained mudstones that preserved delicate organisms.

• OpabiniaRelated: Its fossils provide the principal evidence for Opabinia’s anatomy.

• HallucigeniaRelated: Its exceptionally preserved fossils include the best-known Hallucigenia specimens.

• PriapulidaBroader topic: Its fossils include Ottoia, a key priapulid-like animal from the Cambrian.

• History of paleontologyBroader topic: Its fossils reshaped debates over early animal diversity and the history of paleontological interpretation.

• RadiodontaBroader topic: Its fossils preserve radiodont bodies and appendages in detail.

• Canadian RockiesBroader topic: Its marine fossils record life preserved in rocks later incorporated into the mountains.

• MammalogyRelated: Its fossils provide context for studying the deeper origins of mammalian lineages.

• Royal Ontario MuseumRelated: The museum conducts research on Burgess Shale fossils and presents them in its galleries.

• WiwaxiaBroader topic: Its fossils provide the best-known record of Wiwaxia.

• Royal Tyrrell Museum of PalaeontologyRelated: The museum interprets exceptional fossil preservation beyond Alberta’s dinosaur record.

• CanadaspisRelated: Many influential Canadaspis fossils come from this deposit's exceptional preservation.

• HalkieriidRelated: Related Cambrian faunas provide comparisons for halkieriid diversity and preservation.

• LeanchoiliaRelated: It preserves some of the best-known Leanchoilia fossils.

• OttoiaRelated: Its fossils provide the best-known record of Ottoia.

• SidneyiaNarrower topic: Sidneyia is among the arthropods preserved in this deposit.

• DinocarididaRelated: Its fossils preserve many of the group’s best-known anatomical details.

• Evolution of molluscsRelated: Its exceptional fossils preserve animals relevant to reconstructing early molluscan diversity.

• PhalangiotarbidaCompared with: Its famous fauna predates the known phalangiotarbid record and provides a different preservation context.

• TamisiocarididaeRelated: Its fossils help document the diversity of Cambrian radiodonts and their ecological roles.

• VetulicoliaRelated: Its fossils include several important vetulicolian specimens.