Linked from

The 33 pages that link to Paleobiogeography, each with the reason it gives.

• PaleontologyRelated: Fossil locations reveal how species and ecosystems shifted across changing continents.

• Fossil recordRelated: Fossil locations reveal how ancient geography shaped the spread of life.

• PaleogeographyRelated: Fossil ranges can corroborate or challenge reconstructions of former land connections.

• Dinosaur paleontologyRelated: Fossil locations help reconstruct dinosaur ranges and changing continental connections.

• AmmoniteRelated: Ammonite fossils trace marine connections and changing distributions across ancient oceans.

• Vertebrate paleontologyRelated: Vertebrate fossils show how ancient environments and continental positions shaped animal distributions.

• Lystrosaurus Assemblage ZoneRelated: Its fossils reveal where post-extinction terrestrial animals lived in southern Africa.

• Native speciesRelated: Fossil evidence can reveal whether a species or lineage occurred naturally in a region.

• PaleoenvironmentRelated: Past species distributions help reveal former climates, barriers, and habitats.

• CeratosauriaNarrower topic: Ceratosaur fossils across former Gondwanan continents inform reconstructions of dinosaur dispersal and isolation.

• Monte San GiorgioRelated: Comparisons with other Tethyan deposits trace where Triassic marine animals lived.

• PteraspidomorphiRelated: Their fossils across regions can test how early vertebrates dispersed.

• DicynodontiaRelated: Dicynodont fossils across several continents reveal broad geographic distributions.

• History of paleontologyRelated: Fossil distributions helped reconstruct vanished continents, climates, and connections among faunas.

• LepospondyliRelated: Lepospondyl fossils are geographically uneven, complicating reconstructions of their spread.

• MultituberculataRelated: Fossil distributions help explain how multituberculates spread across ancient continents.

• AndrewsarchusNarrower topic: Its Mongolian occurrence informs questions about Eocene mammal distributions in Asia.

• Insular biogeographyCompared with: It reconstructs historical distributions, while insular biogeography often examines present-day island communities.

• MeganeuraRelated: Fossil locations help establish where Meganeura and its relatives lived.

• DesmostyliaNarrower topic: Its fossil range helps investigate how desmostylians spread around the North Pacific.

• KoolasuchusBroader topic: Its fossils help trace the late geographic persistence of temnospondyls.

• MawsoniaRelated: Mawsonia's African and South American fossils help trace ancient distributions and connections.

• MegalaniaNarrower topic: This field places Megalania’s fossils in Australia’s changing environments.

• NodosauridaeNarrower topic: Nodosaurid fossils from multiple continents inform hypotheses about their ancient distribution.

• NothosaurusRelated: Nothosaurus fossils help trace sauropterygian distribution across Triassic seas.

• ThelodontiRelated: Thelodont scales occur across regions, raising questions about dispersal and ancient habitats.

• Australopithecus bahrelghazaliRelated: Its Chadian occurrence bears on how widely australopiths ranged across Africa.

• BothriolepisRelated: Its broad fossil distribution raises questions about dispersal and ancient water connections.

• PareiasauriaRelated: Pareiasaur fossils help reconstruct Permian terrestrial connections and distributions.

• ThalattosauriaRelated: Scattered discoveries leave the group's full range and dispersal routes uncertain.

• VombatiformesRelated: Fossil ranges help establish when and where vombatiform lineages diversified.

• ProlibytheriumRelated: Its North African record raises questions about giraffoid dispersal and range.

• StomatosuchidaeRelated: Sparse African finds complicate reconstruction of the family's range and dispersal.