Preface to the special issue on interdisciplinary studies tackling the Jomon social structure

IF 1.9 4区 社会学 Q3 EVOLUTIONARY BIOLOGY Anthropological Science Pub Date : 2022-01-01 DOI:10.1537/ase.220326
Yasuhiro Yamada
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Many archaeological researchers have used these materials to study the grave systems and social structures of the Jomon period. For example, as mentioned in the review of this issue, Hideji Harunari proposed a hypothesis about kinship organization at that time, based on the types of tooth extraction (Harunari, 1973, etc.). Kensaku Hayashi focused on the uneven distribution of the head orientation of the corpses, and hypothesized that the head orientation indicates the descent group and reflected the social structure at that time (Hayashi, 1977, etc.). These hypotheses have been repeatedly stated on various occasions over the four decades since they were published, and have become practically established in Jomon research. Recent advances in anthropological and biological analysis of human bones have made it possible to date directly from human bones by 14C, analyse dietary habits based on carbon/nitrogen isotope ratios, estimate immigrants by strontium isotope ratio analysis, and estimate genetic relationships by genome analysis. By using these methods, the hypotheses of Harunari and Hayashi can be tested, promoting new research areas. To investigate the earlier hypotheses, the research team that I am the representative of obtained research funding, namely a Grant-in-Aid for Scientific Research (B) ‘Synthetic study of Jomon social structure by the collaboration between archaeology and anthropology’ (2010–2012), a Grantin-Aid for Scientific Research (B) ‘Construction and development the collaboration model between archaeologist and anthropologist by studying the human skeletons excavated from Hobi shell-mound’ (2013–2015), and a Grant-inAid for Scientific Research (A) ‘Reconstruction of Jomon social studies by interdisciplinary research among archaeology, anthropology and scientific studies on cultural properties’ (2018–2021), and conducted excavations of the Hobi shell-mound in Aichi Prefecture. Through these excavations, we found new human bone materials, which included banjo-shuseki-bo (collective secondary burials and squareshaped bone-pile burials), and were able to investigate the human bones excavated from the Ikawazu and Yoshigo shell-mounds, which are near the Hobi shell-mound. As a result, we succeeded in obtaining new findings. This special issue contains some of these successful research results. In this special issue, Mizushima et al. (2022) report the traits of human bones contained in the two banjo-shuseki-bo excavated from the Hobi shell-mound. They found that the human bones contained in the banjo-shuseki-bo showed a significantly/near-significantly greater pilasteric index than those of individual skeletons excavated from the same site. They mention that one possible explanation for why the femur pilasteric structure was so developed in the Hobi banjo-shuseki-bo males was that people who worked in physically demanding labor during their lives or a specific kinship group may have been chosen as the subjects of the banjo-shuseki-bo. It is very significant that the human bones contained in the banjo-shuseki-bo might have been selected for particular reasons. Kondo et al. (2022) focused on the ritual tooth ablation that can be observed in the human bones contained in the banjo-shuseki-bo excavated from the Hobi shell-mound. They described the morphology and tooth extraction status of individual mandibles, and assessed interindividual relationships on the basis of tooth crown diameter. Although a certain degree of kin relation was predicted among individuals from the new collective burial, which seems comparable to those found in modern Japanese twin pairs, almost the same degree of close kin relationship was detected in interindividual variation and in intersite variation with the neighboring Jomon sites. This is a very interesting finding when considering the character of the people contained in the banjo-shuseki-bo. Waku et al. (2022) determined complete mitochondrial DNA sequences of the double-burial human bones excavated from the Ikawazu shell-mound and proved that an adult woman and a child who had been buried in the same grave were not in a mother–child relationship. 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Abstract

© 2022 The Anthropological Society of Nippon There are many shell-mounds of the Jomon period on the Japanese archipelago. Because the people of the Jomon period also used these shell-mounds as graveyards, a large number of human bones—estimated to exceed 10000—from that time remain and have been excavated. Many of these human bones were excavated in the 1920s, and the human bones excavated from shell-mounds in Aichi and Okayama Prefectures were the core material of the ‘Japanese origin controversy,’ nihon jinshu ron, before and after the World War II. These human bones have also been used as reference materials for research on the grave systems and social structures of the Jomon period. Many archaeological researchers have used these materials to study the grave systems and social structures of the Jomon period. For example, as mentioned in the review of this issue, Hideji Harunari proposed a hypothesis about kinship organization at that time, based on the types of tooth extraction (Harunari, 1973, etc.). Kensaku Hayashi focused on the uneven distribution of the head orientation of the corpses, and hypothesized that the head orientation indicates the descent group and reflected the social structure at that time (Hayashi, 1977, etc.). These hypotheses have been repeatedly stated on various occasions over the four decades since they were published, and have become practically established in Jomon research. Recent advances in anthropological and biological analysis of human bones have made it possible to date directly from human bones by 14C, analyse dietary habits based on carbon/nitrogen isotope ratios, estimate immigrants by strontium isotope ratio analysis, and estimate genetic relationships by genome analysis. By using these methods, the hypotheses of Harunari and Hayashi can be tested, promoting new research areas. To investigate the earlier hypotheses, the research team that I am the representative of obtained research funding, namely a Grant-in-Aid for Scientific Research (B) ‘Synthetic study of Jomon social structure by the collaboration between archaeology and anthropology’ (2010–2012), a Grantin-Aid for Scientific Research (B) ‘Construction and development the collaboration model between archaeologist and anthropologist by studying the human skeletons excavated from Hobi shell-mound’ (2013–2015), and a Grant-inAid for Scientific Research (A) ‘Reconstruction of Jomon social studies by interdisciplinary research among archaeology, anthropology and scientific studies on cultural properties’ (2018–2021), and conducted excavations of the Hobi shell-mound in Aichi Prefecture. Through these excavations, we found new human bone materials, which included banjo-shuseki-bo (collective secondary burials and squareshaped bone-pile burials), and were able to investigate the human bones excavated from the Ikawazu and Yoshigo shell-mounds, which are near the Hobi shell-mound. As a result, we succeeded in obtaining new findings. This special issue contains some of these successful research results. In this special issue, Mizushima et al. (2022) report the traits of human bones contained in the two banjo-shuseki-bo excavated from the Hobi shell-mound. They found that the human bones contained in the banjo-shuseki-bo showed a significantly/near-significantly greater pilasteric index than those of individual skeletons excavated from the same site. They mention that one possible explanation for why the femur pilasteric structure was so developed in the Hobi banjo-shuseki-bo males was that people who worked in physically demanding labor during their lives or a specific kinship group may have been chosen as the subjects of the banjo-shuseki-bo. It is very significant that the human bones contained in the banjo-shuseki-bo might have been selected for particular reasons. Kondo et al. (2022) focused on the ritual tooth ablation that can be observed in the human bones contained in the banjo-shuseki-bo excavated from the Hobi shell-mound. They described the morphology and tooth extraction status of individual mandibles, and assessed interindividual relationships on the basis of tooth crown diameter. Although a certain degree of kin relation was predicted among individuals from the new collective burial, which seems comparable to those found in modern Japanese twin pairs, almost the same degree of close kin relationship was detected in interindividual variation and in intersite variation with the neighboring Jomon sites. This is a very interesting finding when considering the character of the people contained in the banjo-shuseki-bo. Waku et al. (2022) determined complete mitochondrial DNA sequences of the double-burial human bones excavated from the Ikawazu shell-mound and proved that an adult woman and a child who had been buried in the same grave were not in a mother–child relationship. Traditionally, such Anthropological Science Vol. 130(1), 1–2, 2022
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绳文社会结构跨学科研究特刊前言
©2022日本人类学学会在日本群岛上有许多绳纹时期的贝壳丘。因为绳纹时代的人也将这些贝壳丘用作墓地,所以从那个时代开始,大量的人骨——估计超过10000块——被保留下来并被挖掘出来。其中许多人骨是在20世纪20年代出土的,从爱知县和冈山县的贝壳丘中出土的人骨是二战前后“日本人起源争议”(nihon jinshu ron)的核心材料。这些人骨也被用作研究绳纹时代墓葬制度和社会结构的参考资料。许多考古学家使用这些材料来研究绳纹时代的坟墓系统和社会结构。如本期综述中提到的,Harunari Hideji根据拔牙的种类提出了当时的亲属组织假设(Harunari, 1973等)。Kensaku Hayashi重点研究了尸体头部朝向分布的不均匀性,并假设头部朝向表明了后裔群体,反映了当时的社会结构(Hayashi, 1977等)。这些假设在发表后的40年里,在不同的场合被反复陈述,并在绳纹研究中得到了实际的证实。人类骨骼的人类学和生物学分析的最新进展,使得可以通过14C直接从人类骨骼中确定年代,根据碳/氮同位素比率分析饮食习惯,通过锶同位素比率分析估计移民,并通过基因组分析估计遗传关系。通过这些方法,可以检验Harunari和Hayashi的假设,促进新的研究领域。为了验证之前的假设,我所代表的研究小组获得了科学研究补助金(B)“考古学与人类学合作对绳纹社会结构的综合研究”(2010-2012),科学研究补助金(B)“通过研究霍比贝丘出土的人类骨骼构建与发展考古学家与人类学家合作模式”(2013-2015),科学研究基金(a)“考古学、人类学与文物科学研究的交叉研究重建绳纹社会研究”(2018-2021),并在爱知县进行了霍比贝丘的发掘。通过这些挖掘,我们发现了新的人骨材料,其中包括班卓琴-shuseki-bo(集体二次埋葬和方形骨堆埋葬),并能够调查从靠近霍比贝丘的ikkawazu和Yoshigo贝丘中出土的人骨。结果,我们成功地获得了新的发现。本期特刊收录了其中一些成功的研究成果。在本期特刊中,Mizushima等人(2022)报道了从霍比贝壳丘出土的两个班卓琴-寿基宝中包含的人骨特征。他们发现,班卓琴-shuseki-bo中包含的人类骨骼比从同一地点出土的个体骨骼显示出明显或近乎显著的壁柱指数。他们提到,对于霍比班卓寿基博男性股骨柱状结构如此发达的一个可能解释是,那些在一生中从事体力劳动的人或特定的亲属群体可能被选为班卓寿基博的对象。“班卓琴-寿基宝”中包含的人骨可能有特殊的选择原因,这是非常重要的。Kondo等人(2022)关注的是在从霍比贝壳丘出土的班卓琴-shuseki-bo中所含的人骨中可以观察到的仪式牙齿消融。他们描述了个体下颌骨的形态和拔牙状况,并根据牙冠直径评估了个体间的关系。虽然在新的集体墓葬中预测了个体之间一定程度的亲缘关系,这似乎与在现代日本双胞胎中发现的情况相当,但在个体间变异和与邻近的绳纹遗址的遗址间变异中发现了几乎相同程度的近亲关系。这是一个非常有趣的发现,当考虑到班卓琴-书记簿中包含的人物的性格时。Waku等人(2022)确定了从ikkawazu壳冢出土的双葬人骨的完整线粒体DNA序列,并证明了埋葬在同一坟墓中的成年妇女和儿童并没有母子关系。《人类学》Vol. 130(1), 1 - 2, 2022
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来源期刊
Anthropological Science
Anthropological Science 生物-进化生物学
CiteScore
1.50
自引率
0.00%
发文量
7
审稿时长
>12 weeks
期刊介绍: Anthropological Science (AS) publishes research papers, review articles, brief communications, and material reports in physical anthropology and related disciplines. The scope of AS encompasses all aspects of human and primate evolution and variation. We welcome research papers in molecular and morphological variation and evolution, genetics and population biology, growth and development, biomechanics, anatomy and physiology, ecology and behavioral biology, osteoarcheology and prehistory, and other disciplines relating to the understanding of human evolution and the biology of the human condition.
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