Linked from

The 48 pages that link to Paleoecology, each with the reason it gives.

• PaleontologyRelated: Uses fossils to reconstruct communities and ecological interactions in the past.

• PaleobiologyRelated: It reconstructs interactions and communities from fossil assemblages.

• FossilizationRelated: Preserved organisms and traces provide evidence of former habitats and ecosystems.

• PaleobotanyRelated: Plant assemblages help reconstruct climate, habitats, and ecological relationships.

• BeringiaNarrower topic: Beringian deposits reconstruct an unusual ice-age ecosystem and its changes.

• Pollen analysisRelated: Pollen assemblages help reconstruct former plant communities and ecosystems.

• Dinosaur paleontologyNarrower topic: Dinosaur fossils gain ecological meaning when studied alongside other organisms and habitats.

• PaleosolRelated: Paleosol features help reconstruct the habitats and ecological conditions of ancient landscapes.

• Environmental historyRelated: Its proxies reconstruct ecological conditions beyond the reach of archives.

• LagerstätteRelated: Abundant, diverse fossils can reveal community structure and environmental relationships rarely visible elsewhere.

• Rhynie chertNarrower topic: Preserved associations among plants, fungi, and arthropods support unusually detailed ecosystem reconstructions.

• La Brea Tar PitsRelated: Plant, animal, and chemical evidence reconstructs the site’s changing ecosystems.

• SundalandRelated: It reconstructs the habitats that occupied Sundaland’s exposed plains.

• Paranthropus boiseiRelated: Reconstructing its changing habitats helps explain its range and eventual extinction.

• Pleistocene megafauna extinctionRelated: Pollen, bones, and sediments help reconstruct habitats before and after the extinctions.

• Mazon Creek fossil bedsNarrower topic: Mazon Creek’s varied fossils help reconstruct a Carboniferous ecosystem.

• Dental microwear analysisNarrower topic: Microwear-based diets contribute to reconstructions of ancient environments.

• Historical ecologyRelated: Paleoecological evidence extends ecological histories beyond written records.

• Niobrara FormationRelated: Niobrara fossils and sediments allow reconstruction of Cretaceous marine ecosystems.

• PaleoenvironmentRelated: Connects fossil communities to the conditions that sustained them.

• Monte San GiorgioRelated: Fossils and sediments together allow reconstruction of the basin’s changing marine habitats.

• TylosaurusNarrower topic: Tylosaurus fossils help reconstruct food webs in Cretaceous seas.

• Irish elkRelated: Fossils and environmental evidence help reconstruct the Irish elk's habitat and diet.

• Woolly rhinocerosNarrower topic: Reconstructing its changing habitat helps assess competing extinction explanations.

• DesmostyliaNarrower topic: It helps test whether desmostylians fed and lived mainly in coastal or marine settings.

• NodosauridaeNarrower topic: Nodosaurid fossils help reconstruct Cretaceous ecosystems and herbivore communities.

• Paleo-IndiansRelated: It reconstructs the habitats and climatic conditions in which early American populations lived.

• SivatheriumNarrower topic: Its habitat and diet must be inferred from fossils and the ecosystems in which they occur.

• TanystropheusNarrower topic: Fossils and sediments help reconstruct Tanystropheus’s habitats and ecological role.

• ThelodontiRelated: Scale-only fossils reveal little directly about how thelodonts fed or lived.

• CanadaspisNarrower topic: Its anatomy and fossil setting help infer its role on the Cambrian seafloor.

• DaeodonRelated: Daeodon fossils help map food webs and habitats in Miocene North America.

• ElasmotheriumNarrower topic: Elasmotherium's ecology is inferred by combining its anatomy with evidence from its surroundings.

• MegalonyxNarrower topic: Megalonyx fossils help reconstruct Pleistocene habitats and food webs.

• TeleocerasNarrower topic: Teleoceras fossils gain ecological meaning when considered alongside associated plants and animals.

• TurritellidaeRelated: Turritellid abundance and shell assemblages can inform reconstructions of ancient seafloors.

• BorophagusRelated: Borophagus's fossils contribute evidence about predator and scavenger roles in past ecosystems.

• CervalcesRelated: Its methods can reconstruct the habitats occupied by stag-moose.

• DrepanosauromorphaNarrower topic: It combines anatomy, fossils, and depositional settings to assess drepanosauromorph lifestyles.

• GomphothereNarrower topic: Gomphothere fossils help reconstruct the ecosystems they inhabited.

• HelicoprionRelated: Helicoprion’s habitat and ecological role must be inferred from fossils and surrounding rocks.

• HyneriaNarrower topic: The genus contributes evidence about food webs in Late Devonian habitats.

• MegalictisRelated: It frames questions about Megalictis's prey, competitors, and habitat.

• OdobenocetopsRelated: Its feeding habitat and ecological role must be inferred from fossils and associated deposits.

• PlotopteridaeNarrower topic: Plotopterid fossils help reconstruct the food webs and habitats of past marine ecosystems.

• ProlibytheriumRelated: Its habitat and ecological role must be inferred from fossils and associated deposits.

• RudistsRelated: Rudist distributions help reconstruct the conditions and communities of Cretaceous seas.

• TamisiocarididaeRelated: It helps test whether inferred filters indicate plankton feeding or another feeding strategy.