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The 68 pages that link to Permian–Triassic extinction event, each with the reason it gives.

• PangaeaRelated: Occurred while Pangaea stood whole, with Siberian volcanism and merged biomes implicated.

• MesozoicRelated: It preceded the Mesozoic’s recovery and evolutionary diversification.

• PaleobotanyRelated: Plant fossils reveal how terrestrial vegetation changed during and after the extinction.

• SynapsidRelated: Its aftermath opened ecological space for surviving synapsid groups, including therapsids.

• DiapsidRelated: Its aftermath reshaped ecosystems in which surviving diapsid groups expanded.

• IchthyosauriaRelated: Ichthyosaur origins followed the ecological upheaval that reshaped marine ecosystems.

• TrilobiteRelated: Trilobites vanished at the end of the Permian, during this extinction.

• Karoo SupergroupRelated: Karoo vertebrate fossils document ecological changes around this major extinction.

• Supercontinent cycleRelated: Pangaea's assembly shrank shelf seas and reshaped climate, stressing ecosystems before the Siberian Traps erupted.

• TherapsidaRelated: It eliminated many therapsid lineages and altered the survivors' ecosystems.

• GlossopterisRelated: The event marks the end of Glossopteris-dominated floras in many regions.

• LystrosaurusRelated: Lystrosaurus became exceptionally abundant in the aftermath of this extinction.

• SynapsidaRelated: This extinction reshaped synapsid diversity and survival among terrestrial vertebrates.

• Ocean anoxiaRelated: Marine anoxia is one leading explanation for the crisis’s severe losses in ocean life.

• SauropterygiaRelated: The ecological upheaval preceding sauropterygian origins reshaped marine ecosystems.

• Siberian TrapsRelated: This extinction is the principal biological crisis associated with Siberian Traps activity.

• ArchosauriformesRelated: Archosauriform diversification unfolded in ecosystems reshaped by this extinction.

• Evolution of insectsRelated: This crisis reset ecosystems in which surviving insect lineages diversified.

• Karoo BasinRelated: The basin’s fossil record captures the crisis and its aftermath on land.

• ReptiliaRelated: Its aftermath opened ecological opportunities for several reptile lineages.

• EurypteridRelated: Eurypterids disappeared before this event; their extinction occurred earlier in the Permian.

• GorgonopsiaRelated: Gorgonopsians disappeared in the extinction that ended the Permian.

• Lystrosaurus Assemblage ZoneRelated: The zone records faunal communities flourishing during the aftermath of this extinction.

• TemnospondyliRelated: Temnospondyls survived this crisis and diversified in the ecosystems that followed.

• BrachiopodRelated: It eliminated most brachiopod species and reshaped their subsequent history.

• Carbon isotope excursionRelated: A pronounced isotope disturbance accompanies evidence for severe carbon-cycle disruption.

• Middle TriassicRelated: Its aftermath shaped ecosystems inherited by Middle Triassic life.

• PelycosaurRelated: This event ended the Permian ecosystems in which many pelycosaur groups lived.

• ArchosauromorphaRelated: Archosauromorphs diversified in the ecological aftermath of this extinction.

• DicynodontiaRelated: Dicynodonts survived this crisis and diversified in its aftermath.

• AmmonoideaRelated: Ammonoid diversity collapsed, but surviving lineages later diversified again.

• Central Siberian PlateauRelated: Siberian Traps eruptions coincided with this global biological crisis.

• CynodontiaRelated: Cynodonts diversified in ecosystems reshaped by this extinction.

• InostranceviaRelated: Inostrancevia disappeared around the end-Permian ecological collapse.

• PanthalassaRelated: Its global marine losses included organisms living across Panthalassa.

• TherocephaliaRelated: This crisis eliminated many Permian therocephalians while a smaller number persisted afterward.

• ThrinaxodonRelated: Thrinaxodon’s early Triassic ecosystems developed during recovery from this global biological crisis.

• ParareptiliaRelated: It ended most parareptile lineages and sharply narrowed their diversity.

• PoposauroideaRelated: Archosaurs diversified in ecosystems reshaped by this extinction.

• ProterosuchusRelated: Proterosuchus lived in ecosystems recovering from this extinction.

• TriadobatrachusRelated: Triadobatrachus lived soon after this extinction, when terrestrial ecosystems were recovering.

• DiplocaulusRelated: Diplocaulus vanished before or during the broader ecological changes surrounding the end-Permian crisis.

• Evolution of reptilesRelated: It reshaped ecosystems and opened opportunities for surviving reptile lineages.

• GorgonopsRelated: Gorgonops lived shortly before the extinction that ended its world.

• Late Paleozoic icehouseRelated: The extinction followed the icehouse, as a radically different climate regime emerged.

• PareiasauriaRelated: Pareiasaurs disappeared around the end-Permian crisis.

• ScutosaurusRelated: Scutosaurus lived shortly before the extinction that ended the Permian ecosystems it inhabited.

• BurnetiaRelated: Burnetia belongs to the Permian fauna preceding this major ecological turnover.

• HelicoprionRelated: Helicoprion’s fossil record extends close to this major extinction boundary.

• PteridospermRelated: The event reshaped plant communities as many older seed-fern groups disappeared.