Proceedings of the National Academy of Sciences · 2003 · 58 citations · 24 references
Natural SciencesAnatomyZoologyPaleobotanySystematic PaleontologyVertebrate PaleontologyComparative OsteologyComparative Primate AnatomyFaunal Remains AnalysisPrimate AnatomyPrimate EvolutionSkeletal BiologyFossil Primate AnatomyLinear Discriminant AnalysisOsteological HomologyParsimonyParsimony AnalysisPostcranial MorphologyPrimate Fossil RecordPrimate Skeletal Anatomy
Primate dental and postcranial remains from the Eocene Pondaung Formation (Myanmar) have been the subject of considerable confusion since their initial discoveries, and their anthropoid status has been widely debated. We report here a well preserved primate talus discovered in the Segyauk locality near Mogaung that displays derived anatomical features typical of haplorhines, notably anthropoids, and lacks strepsirhine synapomorphies. Linear discriminant and parsimony analyses indicate that the talus from Myanmar is more similar structurally to those of living and extinct anthropoids than to those of adapiforms, and its overall osteological characteristics further point to arboreal quadrupedalism. Regressions of talar dimensions versus body mass in living primates indicate that this foot bone might have belonged to Amphipithecus. This evidence supports hypotheses favoring anthropoid affinities for the large-bodied primates from Pondaung and runs contrary to the hypothesis that Pondaungia and Amphipithecus are strepsirhine adapiforms.
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Interrelationships among primate higher taxa
K. Christopher Beard, Marian Dagosto, Daniel L. Gebo et al. · Nature · 1988 · 163 citations
Life Sciences, Biology, Zoology +12
A New Primate from the Middle Eocene of Myanmar and the Asian Early Origin of Anthropoids
J.-J. Jaeger, Tin Thein, Mouloud Benammi et al. · Science · 1999 · 152 citations
Natural Sciences, Biology, Zoology +17