Radiocarbon Dating of Charred Residues on the Earliest Pottery in Japan

Author:

Nakamura Toshio,Taniguchi Yasuhiro,Tsuji Sei'ichiro,Oda Hirotaka

Abstract

Recently, primitive-type pottery was discovered in the Russian Far East, China, and Japan. Radiocarbon ages of far earlier than 10,000 BP have been obtained, relating directly or indirectly to the pottery. As an example of these very old 14C ages for incipient pottery, we report here 14C ages of charred adhesions on five potsherds and three charred wood fragments that were collected with the archeological artifacts (stone tools from the Chojakubo Culture) in the loam layers at the Odai Yamamoto I site (41°03′44′′N, 140°33′20′′E) in Aomori prefecture, at the northern end of the Japanese main island. The carbonaceous remains on the surface of the potsherds could be ancient food residues or soot from fuel for cooking. These small carbon samples were dated at the Tandetron accelerator mass spectrometry (AMS) 14C dating facility at Nagoya University, as well as by Beta Analytic Co. Ltd. Except for two charred wood 14C dates, 7070 ± 40 and 7710 ± 40 BP, all five charred-residue samples and one wood charcoal sample gave older 14C ages of 12,680–13,780 BP, corresponding to the period of the Chojakubo Culture in Japan. This culture marks the beginning of the Jomon Culture, which is characterized by pottery usage and bow-and-arrow hunting.

Publisher

Cambridge University Press (CUP)

Subject

General Earth and Planetary Sciences,Archaeology

Reference17 articles.

1. An Investigation of High-Precision and High-Accuracy 14C Dating Using Accelerator Mass Spectrometry.

2. Taniguchi Y . 1999. Archaeological research at the Odai Yamamoto I site –summary-. In: Odai Yamamoto I site excavation team, editors. Archaeological research at the Odai Yamamoto I site – the end of the Palaeolithic Culture and the beginning of the Jomon Culture. p 135–44.

3. Comparison of 14C ages by accelerator mass spectrometry between solid-carbon and humic acid ingredients from charcoal remains collected at Moroka Site, Gifu prefecture;Nakamura;Archeology and Natural Science,1990

4. Direct Detection of Radiocarbon Using Accelerator Techniques and Its Application to Age Measurements

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