Linked from

The 105 pages that link to Gondwana, each with the reason it gives.

• Afro-EurasiaRelated: Africa was part of Gondwana before its breakup helped shape the modern continent.

• AraucariaceaeRelated: The family’s fossil record and modern range reflect Gondwana’s former connections.

• CeratosauriaRelated: Many Cretaceous ceratosaurs lived on continents that had once formed this southern landmass.

• Kerguelen PlateauNarrower topic: The plateau formed during the breakup of this supercontinent.

• LauraceaeRelated: The family’s present southern-hemisphere lineages invite comparison with Gondwanan biogeography.

• LaurussiaCompared with: Unlike Laurussia, Gondwana occupied the southern part of the Paleozoic world.

• PalaeognathaeRelated: The southern distribution of many palaeognaths inspired hypotheses tying their history to Gondwana's breakup.

• PodocarpaceaeRelated: The family's distribution reflects the long biogeographic history of southern landmasses.

• Rheic OceanRelated: Gondwana formed the southern margin from which several Rheic-bound terranes departed.

• Somali PlateNarrower topic: The plate's regional setting reflects the breakup and later rearrangement of Gondwana's fragments.

• Southeast Indian RidgeRelated: The ridge’s plate boundary developed as Gondwana fragmented and its constituent plates separated.

• West Antarctic Rift SystemNarrower topic: The rift developed as Antarctica’s position and tectonic setting changed during Gondwana’s breakup.

• Columbia (supercontinent)Narrower topic: Comparing its later assembly with Columbia clarifies the distinction between successive supercontinents.

• New Zealand biogeographyNarrower topic: New Zealand’s geological history began as part of this southern landmass.

• NothofagaceaeRelated: The distribution of southern beeches has long been linked to Gondwana's breakup.

• AbelisauridaeRelated: Abelisaurid fossils occur on several landmasses that were once part of Gondwana.

• Elephant birdRelated: The breakup of Gondwana once seemed to explain ratite distributions, but genetic findings complicate that account.

• MesosaurusRelated: Southern Africa and South America were joined within Gondwana when Mesosaurus lived.

• ProteaceaeRelated: The family's Southern Hemisphere distribution is often considered in light of Gondwanan history.

• RhynchocephaliaRelated: Gondwanan geography provides context for the order’s southern fossil and biogeographic history.

• SarcosuchusRelated: Fossils on both sides of the Atlantic reflect the connected southern landmass of Sarcosuchus's time.

• Tasmanian Wilderness World Heritage AreaRelated: The region’s fossil deposits preserve evidence of plants and animals linked to Gondwanan history.

• Araucaria araucanaRelated: The distribution of Araucariaceae reflects the family’s long history across former Gondwanan lands.

• AsteralesRelated: Southern Hemisphere distributions among some Asterales families invite comparison with Gondwanan history.

• ContinentsBroader topic: Its fragments preserve evidence of continents once connected across today's oceans.

• MyrtaceaeRelated: The family’s distribution and history are often interpreted against the breakup of Gondwana.

• NothofagusRelated: The genus’s disjunct southern distribution is often discussed in relation to Gondwanan history.

• Scotia PlateNarrower topic: The Scotia region developed as Gondwana fragmented and its southern continents separated.

• SupercontinentBroader topic: Gondwana was a major component of Pangaea and persisted after Pangaea began breaking apart.

• BaurusuchidaeRelated: Baurusuchid fossils occur in South America, part of Gondwana during their evolution.

• CarnotaurusRelated: Its fossil record belongs to the South American part of this former southern landmass.

• Continental fragmentRelated: The breakup of Gondwana produced many present-day continental fragments.

• HeterodontosauridaeNarrower topic: Southern African fossils preserve much of the family’s early record.

• KoolasuchusRelated: Koolasuchus lived in Australia while it remained part of the southern high-latitude world.

• MawsoniaRelated: Mawsonia fossils on both sides of the Atlantic inform reconstructions of Gondwanan connections.

• Okavango RiverRelated: The region’s deep geological history helped shape the broad southern African landscapes through which the river flows.

• Paleo-Tethys OceanRelated: Gondwana bordered the Paleo-Tethys to the south and supplied terranes that later moved north.

• AmargasaurusNarrower topic: Early Cretaceous South America remained part of Gondwana when Amargasaurus lived.

• BothriolepisRelated: Bothriolepis fossils occur across regions that were part of or near Gondwana.

• Central Indian RidgeNarrower topic: Its breakup established the plate configuration from which Indian Ocean spreading developed.

• Gamburtsev Mountain RangeRelated: Reconstructing Gondwana helps constrain the tectonic setting of East Antarctic rocks.

• Guarani AquiferNarrower topic: The sandstone strata preserve deposits formed during the region’s deep geological history.

• Hirnantian glaciationRelated: Its high-latitude landmass hosted the ice sheets that drove this glaciation.

• LeaellynasauraNarrower topic: Early Cretaceous Australia formed part of this southern landmass.

• MasiakasaurusNarrower topic: Madagascar's dinosaur record reflects its history as part of Gondwana.

• SimosuchusNarrower topic: Madagascar’s ancient position within Gondwana frames the biogeographic history of Simosuchus.

• UnenlagiinaeNarrower topic: Unenlagiine fossils occur on two landmasses once joined within Gondwana.

• GalaxiidaeRelated: Southern Hemisphere distributions raise questions about inheritance from Gondwanan ancestors.

• Late Ordovician mass extinctionRelated: Its position over the South Pole enabled large ice sheets to form.

• MadtsoiidaeRelated: Madtsoiid fossils on former Gondwanan landmasses inform hypotheses about the family's biogeography.