| Literature DB >> 27638208 |
Masaki Fujita1, Shinji Yamasaki2, Chiaki Katagiri2, Itsuro Oshiro3, Katsuhiro Sano4, Taiji Kurozumi5, Hiroshi Sugawara6, Dai Kunikita7, Hiroyuki Matsuzaki4, Akihiro Kano8, Tomoyo Okumura9, Tomomi Sone8, Hikaru Fujita8, Satoshi Kobayashi10, Toru Naruse11, Megumi Kondo12, Shuji Matsu'ura12, Gen Suwa4, Yousuke Kaifu13.
Abstract
Maritime adaptation was one of the essential factors that enabled modern humans to disperse all over the world. However, geographic distribution of early maritime technology during the Late Pleistocene remains unclear. At this time, the Indonesian Archipelago and eastern New Guinea stand as the sole, well-recognized area for secure Pleistocene evidence of repeated ocean crossings and advanced fishing technology. The incomplete archeological records also make it difficult to know whether modern humans could sustain their life on a resource-poor, small oceanic island for extended periods with Paleolithic technology. We here report evidence from a limestone cave site on Okinawa Island, Japan, of successive occupation that extends back to 35,000-30,000 y ago. Well-stratified strata at the Sakitari Cave site yielded a rich assemblage of seashell artifacts, including formally shaped tools, beads, and the world's oldest fishhooks. These are accompanied by seasonally exploited food residue. The persistent occupation on this relatively small, geographically isolated island, as well as the appearance of Paleolithic sites on nearby islands by 30,000 y ago, suggest wider distribution of successful maritime adaptations than previously recognized, spanning the lower to midlatitude areas in the western Pacific coastal region.Entities:
Keywords: Homo sapiens; Late Paleolithic; Late Pleistocene; early modern humans; maritime adaptation
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Year: 2016 PMID: 27638208 PMCID: PMC5056111 DOI: 10.1073/pnas.1607857113
Source DB: PubMed Journal: Proc Natl Acad Sci U S A ISSN: 0027-8424 Impact factor: 11.205