
doi: 10.1038/ncomms7037
pmid: 25625212
pmc: PMC4316746
handle: 1885/12938 , 2433/210226 , 10072/337408
doi: 10.1038/ncomms7037
pmid: 25625212
pmc: PMC4316746
handle: 1885/12938 , 2433/210226 , 10072/337408
Recent studies of an increasing number of hominin fossils highlight regional and chronological diversities of archaic Homo in the Pleistocene of eastern Asia. However, such a realization is still based on limited geographical occurrences mainly from Indonesia, China and Russian Altai. Here we describe a newly discovered archaic Homo mandible from Taiwan (Penghu 1), which further increases the diversity of Pleistocene Asian hominins. Penghu 1 revealed an unexpectedly late survival (younger than 450 but most likely 190-10 thousand years ago) of robust, apparently primitive dentognathic morphology in the periphery of the continent, which is unknown among the penecontemporaneous fossil records from other regions of Asia except for the mid-Middle Pleistocene Homo from Hexian, Eastern China. Such patterns of geographic trait distribution cannot be simply explained by clinal geographic variation of Homo erectus between northern China and Java, and suggests survival of multiple evolutionary lineages among archaic hominins before the arrival of modern humans in the region.
Principal Component Analysis, Geography, Evolution, Palaeontology, Radiometric Dating, Sodium, Taiwan, Hominidae, Fluorine, Mandible, Archaeology not elsewhere classified, Article, 950, Biological sciences, Animals, Humans
Principal Component Analysis, Geography, Evolution, Palaeontology, Radiometric Dating, Sodium, Taiwan, Hominidae, Fluorine, Mandible, Archaeology not elsewhere classified, Article, 950, Biological sciences, Animals, Humans
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