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The 98 pages that link to Stable isotope analysis, each with the reason it gives.

• Chinchorro cultureRelated: Isotope evidence from human remains helps reconstruct Chinchorro diets and coastal lifeways.

• CoywolfRelated: Isotopes help assess how eastern coyotes use human food and natural prey.

• DeinotheriumRelated: Isotopes in fossil teeth can provide evidence about Deinotherium’s diet and habitat.

• GigantopithecusRelated: Isotopes in fossil teeth help reconstruct the ape’s diet and habitat.

• PaleolimnologyRelated: Isotope ratios in sediment and fossils can reveal changes in water balance and climate.

• Paranthropus aethiopicusRelated: Isotope evidence from additional fossils could clarify what this species ate.

• SpinosauridaeRelated: Isotope results have been used to test whether spinosaurids spent substantial time in water.

• Woolly rhinocerosRelated: Isotopes in its remains help reconstruct diet and habitat use.

• AnthracotheriidaeRelated: Isotopes in fossil teeth can supplement anatomical evidence about anthracothere diets and habitats.

• Carbon isotopesRelated: Carbon-13 to carbon-12 ratios reveal sources and processes that shaped a sample.

• Cephalopod beakRelated: Isotope ratios in beaks can preserve clues to a cephalopod’s feeding habitat.

• DryopithecusRelated: Isotopes in fossil teeth can test dietary reconstructions based on Dryopithecus dental form.

• GastornisRelated: Isotope evidence from Gastornis bones helped test whether it ate plants or animals.

• Historical geologyRelated: Isotope signatures reveal changes in ancient climate, oceans, and ecosystems.

• MacraucheniaRelated: Isotopes in fossil teeth help reconstruct the diets and habitats of extinct mammals.

• NotoungulataRelated: Isotopes in notoungulate teeth help distinguish feeding strategies and habitat use.

• OstracodRelated: Isotopes in ostracod shells can retain signals of the water in which they formed.

• TanystropheusRelated: Isotope evidence has helped distinguish habitat use among Tanystropheus species.

• TeratornithidaeRelated: Isotopic evidence can help test competing reconstructions of diet and habitat.

• Thorny devilRelated: Isotopes can help researchers examine the lizard’s diet and ecological relationships.

• Tollund ManRelated: Isotope evidence from remains can add clues about the foods Tollund Man ate.

• ToxodonRelated: Enamel isotope measurements help reconstruct Toxodon’s feeding ecology.

• ArctodusRelated: Isotope evidence from Arctodus fossils helps test claims about its food sources.

• Australopithecus deyiremedaRelated: Isotope evidence offers a route to reconstructing its diet and habitat.

• Bagheera kiplingiRelated: Isotope evidence helped establish how much plant material the spider consumes.

• Columbian mammothRelated: Isotope measurements from mammoth remains reveal diets and habitat use.

• DaeodonRelated: Isotope evidence can test what Daeodon ate and which habitats it used.

• ElasmotheriumRelated: Isotope evidence can test dietary and habitat reconstructions for fossil rhinoceroses.

• MegalonyxRelated: Isotope evidence can help identify the foods and habitats used by extinct mammals.

• Mollusc shellRelated: Isotopes preserved in shell carbonate can record aspects of water temperature and chemistry.

• Pluvial lakeRelated: Isotope ratios in lake sediments can reveal changes in precipitation and evaporation.

• TeleocerasRelated: Isotope evidence can test whether Teleoceras fed in wet habitats or consumed particular plant types.

• BorophagusRelated: Isotope evidence can complement tooth and bone wear when reconstructing Borophagus's diet.

• DolomedesRelated: Researchers can use it to assess how much aquatic prey contributes to spider diets.

• DromornisRelated: Isotope evidence from dromornithid fossils can help test claims about diet.

• GomphothereRelated: Tooth isotopes can reveal the plants gomphotheres consumed and habitats they used.

• MerycoidodontoideaRelated: Isotopes preserved in oreodont teeth can indicate consumed plants and habitat.

• Organic geochemistryRelated: Carbon and hydrogen isotope patterns help distinguish organic sources and trace transformations.

• Panthera spelaeaRelated: Isotope evidence from cave lion remains helps reconstruct its prey and habitat.

• Protocarnivorous plantRelated: Isotope evidence can test whether trapped prey contributes nutrients to a plant.

• SpirulaRelated: Isotope measurements from shells can help reconstruct Spirula’s habitat and life history.

• Subfossil lemurRelated: Isotopes in lemur remains help reconstruct diets and habitat use.

• Vanessa carduiRelated: Isotopes in painted lady wings can help identify the regions where individuals developed.