Linked from

The 30 pages that link to Paleogeography, each with the reason it gives.

• EoceneRelated: Eocene reconstructions show continents, coastlines, and seaways in positions unlike today’s.

• Permian–Triassic extinction eventNarrower topic: The arrangement of continents and oceans shaped climate and habitat vulnerability.

• PaleobotanyRelated: Plant distributions help trace shifting continents and connections between landmasses.

• OrogenyRelated: Ancient orogens help reconstruct past continents, oceans, and plate configurations.

• PaleobiogeographyRelated: Ancient coastlines and seaways give fossil locations their changing geographic context.

• JurassicRelated: Reconstructions of Jurassic coastlines and seaways change as tectonic evidence improves.

• OphioliteRelated: Ophiolite belts help locate vanished oceans and former plate boundaries.

• DuneRelated: Ancient dune deposits reveal former deserts, coastlines, and prevailing winds.

• GeomorphologyRelated: Ancient landforms and deposits provide evidence for changing landscapes.

• RodiniaRelated: Competing paleogeographic maps place Rodinia’s continental blocks differently.

• LaurasiaNarrower topic: Laurasia’s outline and position are reconstructed from geological evidence.

• TrilobiteRelated: Trilobite distributions help infer connections among ancient seas and continents.

• Bering Land BridgeNarrower topic: Paleogeographic reconstructions map the changing extent of the land connection.

• Iapetus OceanNarrower topic: Reconstructing Iapetus requires placing its shifting continents and ocean basins through time.

• Siberian TrapsNarrower topic: Ancient continental positions place the province within Permian Siberia and its sedimentary basins.

• Carbonate platformRelated: Platform deposits reveal ancient coastlines, shallow seas, and basin boundaries.

• DoggerlandNarrower topic: Doggerland is reconstructed from evidence for a vanished landscape.

• LandformRelated: Ancient landforms preserve evidence of landscapes and environments that no longer exist.

• Paleocurrent analysisRelated: Regional flow patterns constrain ancient coastlines, basins, and sediment-routing systems.

• Forearc basinRelated: Forearc strata help locate former trenches, arcs, and coastlines.

• Stratigraphic unitRelated: Correlated units preserve evidence for past environments and landscapes.

• PanthalassaRelated: Reconstructions place Panthalassa around Pangaea despite sparse surviving ocean-floor rocks.

• SupercontinentNarrower topic: Supercontinent maps depend on reconstructions that become less certain further back in time.

• Continental fragmentRelated: Fragment positions help recover maps of earlier plate configurations.

• Historical geologyRelated: It maps how continental positions and ancient environments changed through time.

• History of EarthRelated: Ancient maps of land and sea help explain changing climates and ecosystems.

• Paleo-Tethys OceanRelated: Paleogeographic maps show the ocean's changing position among ancient continents.

• BothriolepisRelated: Its distribution across continents must be interpreted against Devonian geography.

• Late Paleozoic icehouseRelated: Uncertain continental positions affect models of ice-sheet extent and climate circulation.

• PaleocontinentRelated: Paleocontinents provide the landmasses whose former positions paleogeography maps.