14C Dating of an Old Wooden Building: Hikobe House in Gunma Prefecture, Japan

Author:

Nakao Nanae,Sakamoto Minoru,Imamura Mineo,Ozaki Hiromasa,Kobayashi Koichi

Abstract

AbstractHikobe House is an important cultural property located in Gunma prefecture. It is one of the oldest manor houses in the Kanto region of Japan. The age of the Hikobe House has up to now been uncertain. There are no architectural records or memorandum tags that indicate when the Hikobe House was built. The living room of the Hikobe House has a style of the latter half of the 17th century, while the guest rooms exhibit a style more typical of the 16th century. So, architectural historians did not agree when the house was built. The wooden materials of the Hikobe House (zelkova, cherry tree, and Japanese red pine) are species that are not well suited to dendrochronology. Thus we investigated the materials of the Hikobe House using the radiocarbon (14C) dating method. Using both the 14C wiggle-match dating method on short tree-ring sequences and observations of remodeling traces of the materials, we were able to establish a credible age of Hikobe House as dating from the late 17th century.

Publisher

Cambridge University Press (CUP)

Subject

General Earth and Planetary Sciences,Archeology

Reference16 articles.

1. Mitsutani T. 1990. Dendrochronology in Japan. No. 48. Nara National Research Institute for Cultural Properties. p 185–95. In Japanese with English extended abstract.

2. The compact 14C AMS facility of Paleo Labo Co., Ltd., Japan

3. STUDY ON RADIOCARBON DATING OF HONDO OF BANNA-JI

4. Radiocarbon dating of townhouses in front of Itsukushima Shrine and the impact of the analysis;Fujita;Bulletin of the National Museum of Japanese History,2015

5. An attempt of C- dendrochronology;Imamura;Proceedings of the 12th Japanese Symposium on Accelerator Mass Spectrometry,2010

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