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The 66 pages that link to Fossil record, each with the reason it gives.

• PaleontologyNarrower topic: Its gaps and biases shape what paleontology can infer about ancient life.

• TaphonomyNarrower topic: Taphonomic processes help determine which organisms enter this incomplete record.

• FossilizationNarrower topic: Fossilization creates the evidence from which this incomplete record is assembled.

• Great American Biotic InterchangeNarrower topic: Fossils provide direct evidence for the arrival and disappearance of migrant lineages.

• PaleobotanyNarrower topic: Its gaps constrain what can be inferred about plant evolution.

• JurassicNarrower topic: Uneven preservation leaves major gaps in knowledge of Jurassic life.

• AvialaeNarrower topic: Sparse and uneven fossils complicate reconstruction of early avialan diversity and origins.

• Punctuated equilibriumNarrower topic: Its sequence of fossil appearances and absences is the evidence used to assess evolutionary tempos.

• PikaiaNarrower topic: Pikaia illustrates how rare preservation and interpretation shape knowledge of early animal evolution.

• Body massNarrower topic: Uneven preservation determines which skeletal measurements can be used to infer mass.

• Australopithecus sedibaNarrower topic: Sparse fossils from this period limit how confidently its ancestry can be reconstructed.

• HylonomusNarrower topic: Hylonomus is known from a limited set of unusual stump-preserved remains.

• SpinosaurusNarrower topic: Missing and fragmentary Spinosaurus remains limit confidence in full-body reconstructions.

• LepospondyliNarrower topic: Uneven preservation leaves major gaps in the history of lepospondyl diversity.

• Herto ManNarrower topic: Herto Man adds evidence to the sparse early human fossil record.

• MegalaniaNarrower topic: Sparse and fragmentary fossils limit estimates of Megalania’s anatomy and last appearance.

• TeratornithidaeNarrower topic: Gaps and fragmentary remains limit conclusions about the family’s diversity and history.

• ArgentavisNarrower topic: The scarcity of Argentavis remains limits certainty about its population and anatomy.

• Australopithecus bahrelghazaliNarrower topic: The fragmentary record limits conclusions about this species and its wider distribution.

• BothriolepisNarrower topic: Uneven preservation makes Bothriolepis diversity and distribution difficult to reconstruct completely.

• ChaetognathaNarrower topic: Arrow worms fossilize poorly, leaving their ancient diversity uncertain.

• ChoristoderaNarrower topic: Uneven preservation leaves major gaps in choristodere diversity and evolutionary history.

• DinofelisNarrower topic: Uneven fossil preservation limits certainty about Dinofelis’s distribution and last appearance.

• Extinction eventNarrower topic: Extinction timing and taxonomic losses are inferred primarily from fossils.

• Transitional fossilNarrower topic: A transitional fossil is one item within a much broader, uneven record.

• CeratogaulusNarrower topic: Gaps in preservation limit conclusions about the genus’s variation and behavior.

• GomphothereNarrower topic: Fragmentary fossils make gomphothere diversity and timelines difficult to resolve.