CVA of the EDJ based on all molar positions combined
CVA of the EDJ based on all molar positions combined
CVA of the EDJ based on all molar positions combined
Peer reviewed
Fueling taxonomic debates, Investigated prominent features, 71 fossil, Junction junction, Extant species, Terminal pleistocene, Marginal ridges connecting, Late pleistocene ),, Specimens within, Paleoproteomics enlighten, Pongo </, div >< p, Later specimens, Punung sample, Elongated tooth outline, 142 semilandmarks along, Geometric morphometrics, Fossil specimens, Various sites, Connecting ridges, Main dentine horns, Pongo pygmaeus </, Previous allocation, p </, Early late pleistocene, Tam hay marklot, Vietnam share, Late pleistocene, Proteomic results show, Weidenreichi </, Pygmaeus </, Placing five landmarks, 15 teeth, Lower molars, Two fossil specimens, Consistent allocation, Pongo abelii </, Conducted paleoproteomic analyses, Using high, Paleoproteomic analyses, Abelii </, Applying geometric morphometrics, Dentine horns, Fossil counterparts, Devosi </
Fueling taxonomic debates, Investigated prominent features, 71 fossil, Junction junction, Extant species, Terminal pleistocene, Marginal ridges connecting, Late pleistocene ),, Specimens within, Paleoproteomics enlighten, Pongo </, div >< p, Later specimens, Punung sample, Elongated tooth outline, 142 semilandmarks along, Geometric morphometrics, Fossil specimens, Various sites, Connecting ridges, Main dentine horns, Pongo pygmaeus </, Previous allocation, p </, Early late pleistocene, Tam hay marklot, Vietnam share, Late pleistocene, Proteomic results show, Weidenreichi </, Pygmaeus </, Placing five landmarks, 15 teeth, Lower molars, Two fossil specimens, Consistent allocation, Pongo abelii </, Conducted paleoproteomic analyses, Using high, Paleoproteomic analyses, Abelii </, Applying geometric morphometrics, Dentine horns, Fossil counterparts, Devosi </
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