KnowraConodontLinked fromLinked fromThe 17 pages that link to Conodont, each with the reason it gives.All 17Broader topic 2Related 10Compared with 5ToothRelated: Its tooth-like elements illuminate early vertebrate feeding structures.OstracodermRelated: Conodonts offer a different fossil record of early vertebrates and their feeding structures.Jawless fishBroader topic: Conodonts illustrate how jawless vertebrate feeding structures can survive without preserved soft bodies.HaikouichthysCompared with: Debates over early vertebrate identity also involve how Haikouichthys compares with other primitive chordates.Vertebrate evolutionRelated: Their anatomy and fossils illuminate early vertebrate diversity and feeding.Early vertebrateRelated: Conodont fossils extend evidence for vertebrate-like animals into the early Paleozoic.Middle TriassicRelated: Conodont species provide widely used markers for dating Triassic marine rocks.Dinosaur dentitionCompared with: Conodont elements resemble teeth but are not dinosaur teeth or parts of jaws.HesperornisCompared with: Unlike Hesperornis, conodonts were not birds, despite the misleading shared association with teeth.MicropaleontologyBroader topic: Conodont elements are widespread and provide a detailed Paleozoic and Triassic record.ThelodontiCompared with: Conodonts preserve distinctive feeding elements, unlike the body-covering scales central to thelodonts.Evolution of fishRelated: Their fossils preserve some of the earliest evidence of vertebrate mineralized tissues.AnaspidaCompared with: Their debated placement among early vertebrates parallels disputes about anaspid affinities.CyclostomiRelated: Conodonts broaden the fossil record relevant to early vertebrate evolution and jawless feeding systems.Late Devonian mass extinctionRelated: Conodont fossils provide a detailed way to identify and correlate Devonian boundary intervals.Late Ordovician mass extinctionRelated: Conodont fossils help track marine biological change across the boundary.Triassic–Jurassic extinctionRelated: Conodonts disappeared at the boundary, providing a marker of late Triassic marine loss.
KnowraConodontLinked fromLinked fromThe 17 pages that link to Conodont, each with the reason it gives.All 17Broader topic 2Related 10Compared with 5ToothRelated: Its tooth-like elements illuminate early vertebrate feeding structures.OstracodermRelated: Conodonts offer a different fossil record of early vertebrates and their feeding structures.Jawless fishBroader topic: Conodonts illustrate how jawless vertebrate feeding structures can survive without preserved soft bodies.HaikouichthysCompared with: Debates over early vertebrate identity also involve how Haikouichthys compares with other primitive chordates.Vertebrate evolutionRelated: Their anatomy and fossils illuminate early vertebrate diversity and feeding.Early vertebrateRelated: Conodont fossils extend evidence for vertebrate-like animals into the early Paleozoic.Middle TriassicRelated: Conodont species provide widely used markers for dating Triassic marine rocks.Dinosaur dentitionCompared with: Conodont elements resemble teeth but are not dinosaur teeth or parts of jaws.HesperornisCompared with: Unlike Hesperornis, conodonts were not birds, despite the misleading shared association with teeth.MicropaleontologyBroader topic: Conodont elements are widespread and provide a detailed Paleozoic and Triassic record.ThelodontiCompared with: Conodonts preserve distinctive feeding elements, unlike the body-covering scales central to thelodonts.Evolution of fishRelated: Their fossils preserve some of the earliest evidence of vertebrate mineralized tissues.AnaspidaCompared with: Their debated placement among early vertebrates parallels disputes about anaspid affinities.CyclostomiRelated: Conodonts broaden the fossil record relevant to early vertebrate evolution and jawless feeding systems.Late Devonian mass extinctionRelated: Conodont fossils provide a detailed way to identify and correlate Devonian boundary intervals.Late Ordovician mass extinctionRelated: Conodont fossils help track marine biological change across the boundary.Triassic–Jurassic extinctionRelated: Conodonts disappeared at the boundary, providing a marker of late Triassic marine loss.