南亚古代玻璃:考古学、人种学和全球联系,阿洛克·库马尔·卡南戈和洛尔·杜苏比厄编辑(评论)

IF 0.7 4区 历史学 0 ARCHAEOLOGY
Ian C. Freestone
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While this potential of chemical analysis has been understood for decades (e.g., Basa et al. 1991; Brill 1987; Singh 1989), it is only recently that it has been fully realized, largely due to the application of the technique of laser ablation inductively-coupled mass spectrometry (LAICP-MS). This method allows a rapid, accurate, and precise analysis of around 60 elements in glass artifacts and, critically, is essentially non-destructive, leaving only a sub-millimetre scar on the surface of the artifact. Where earlier typological work inferred likely long-distance connections (Francis 1990), chemistry has confirmed them. The resultant growth in understanding has served to emphasise the important role of the Indian sub-continent, which was arguably the major producer of glass beads in the last two millennia. Indian beads are found as far afield as eastern Africa and northwestern Europe and are also widely distributed in southeastern and southern Asia. Furthermore, the continuation into the modern period of traditional methods of making and working with [End Page 257] glass and glazes allows important insights into the methods and organization of the production of glass ornaments through ethnographic observation and literary accounts. The present book brings together recent and ongoing work on the archaeology, archaeometry, and ethnoarchaeology of South Asian glass, edited by two leading researchers in their respective areas. The chapters are developed from lectures delivered by the eminent list of authors at a conference in Gandhinagar in 2019 and may be considered a good reflection of the state of the art. However, this substantial 550-page book is far from a standard conference volume. It strives not only to provide a comprehensive coverage of its subject matter, but also to serve as an introduction to the study of glass by including a number of chapters by established researchers on broader issues; by and large, it is very successful. The book opens with several chapters providing introductory and background information. Rehren opens with a summary of the current state of play in our understanding of the origins of glass in Egypt and Mesopotamia. In the context of the present volume, Rehren's chapter in particular brings home how important the analysis of glass and manufacturing debris from Late Bronze Age production sites has been to current understanding, although at present evidence from production sites in South Asia is largely lacking. The following chapter by Gratuze, Schibille, and Pactat covers the radical changes in glassmaking technology that occurred in Europe and West Asia in the later first millennium C.E., in particular the transition from the use of soda from the Natron lakes of Egypt to soda obtained from the ashes of halophytic plants. Not only is this an outstanding example of the application of chemical analysis to a technical change, focusing on chronological and regional variations, but it also provides a good introduction to the major glass types which moved along the silk road from West to East and which are encountered later on in the volume. Kenoyer provides a long, comprehensive review of major importance on the faience and glazed steatite of the Indus tradition, focusing on Harappa. This brings together new work and insights with a substantial but dispersed literature, much of which has been generated by the author and his collaborators and which is not always easily accessible. Kenoyer is skeptical about the identification of so-called \"steatite faience\" or glazed crushed steatite. He calls for more detailed examination of samples removed from objects...","PeriodicalId":45931,"journal":{"name":"Asian Perspectives-The Journal of Archaeology for Asia and the Pacific","volume":"15 1","pages":"0"},"PeriodicalIF":0.7000,"publicationDate":"2023-01-01","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"2","resultStr":"{\"title\":\"Ancient Glass of South Asia: Archaeology, Ethnography and Global Connections ed. by Alok Kumar Kanungo and Laure Dussubieux (review)\",\"authors\":\"Ian C. Freestone\",\"doi\":\"10.1353/asi.2023.a909239\",\"DOIUrl\":null,\"url\":null,\"abstract\":\"Reviewed by: Ancient Glass of South Asia: Archaeology, Ethnography and Global Connections ed. by Alok Kumar Kanungo and Laure Dussubieux Ian C. 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引用次数: 2

摘要

由Alok Kumar Kanungo和Laure Dussubieux主编的《南亚古代玻璃:考古、民族志和全球联系》。Alok Kumar Kanungo和Laure Dussubieux主编。新加坡:Springer, 2021。Xxvi + 557页,59 b&w + 245彩色插图。精装本160美元,ISBN 9789811636554;平装本140美元,ISBN 9789811636578;电子书US $109, ISBN 9789811636561。21世纪头十年,玻璃考古学的显著发展,引起了人们对玻璃珠和玻璃手镯的兴趣。它们是理想的、坚固的、便携的,它们保存着关于贸易和连通性的重要信息,这些信息可以通过分析它们的化学成分来揭示。虽然这种化学分析的潜力已经被理解了几十年(例如,Basa等人,1991;布里尔1987;Singh 1989),但直到最近才完全实现,主要是由于激光烧蚀电感耦合质谱(LAICP-MS)技术的应用。这种方法可以快速、准确、精确地分析玻璃文物中的大约60种元素,而且,关键的是,它基本上是非破坏性的,只在文物表面留下亚毫米的疤痕。早期的类型学工作推断出可能的远距离联系(Francis 1990),化学证实了它们。由此产生的对玻璃珠的理解的增长强调了印度次大陆的重要作用,在过去的两千年里,印度次大陆可以说是玻璃珠的主要产地。印度珠远在非洲东部和欧洲西北部,也广泛分布在东南亚和南亚。此外,传统的制作和使用玻璃和釉料的方法延续到现代时期,通过民族志观察和文学叙述,可以对玻璃饰品生产的方法和组织有重要的见解。目前的书汇集了最近和正在进行的考古工作,考古测量,和南亚玻璃的民族考古学,由两位领先的研究人员在各自的领域编辑。这些章节是根据2019年在甘地纳加尔举行的一次会议上知名作者名单的演讲改编的,可以被认为是对艺术现状的良好反映。然而,这本厚达550页的书远不是一本标准的会议书。它不仅努力提供其主题的全面覆盖,而且还作为玻璃研究的介绍,包括一些由成熟的研究人员在更广泛的问题上的章节;总的来说,它是非常成功的。本书开篇有几章提供了介绍和背景信息。Rehren开篇总结了我们对埃及和美索不达米亚玻璃起源的理解。在本卷的背景下,Rehren的章节特别强调了对青铜时代晚期生产地点的玻璃和制造碎片的分析对当前理解的重要性,尽管目前南亚生产地点的证据在很大程度上缺乏。由Gratuze, Schibille和Pactat撰写的下一章涵盖了公元后一千年在欧洲和西亚发生的玻璃制造技术的根本变化,特别是从使用来自埃及碱湖的苏打到从盐生植物的灰烬中提取苏打的转变。这不仅是一个将化学分析应用于技术变革的杰出例子,它关注的是时间和区域变化,而且它还提供了一个很好的介绍,介绍了沿着丝绸之路从西到东移动的主要玻璃类型,这些玻璃类型后来在卷中遇到。Kenoyer对印度河传统的彩陶和釉面滑石的重要意义进行了长期全面的回顾,重点是哈拉帕。这汇集了新的工作和见解与大量但分散的文献,其中大部分是由作者和他的合作者产生的,并不总是很容易获得。Kenoyer对所谓的“滑石瓷”或釉面碎滑石的鉴定持怀疑态度。他要求对从物体上提取的样本进行更详细的检查。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ancient Glass of South Asia: Archaeology, Ethnography and Global Connections ed. by Alok Kumar Kanungo and Laure Dussubieux (review)
Reviewed by: Ancient Glass of South Asia: Archaeology, Ethnography and Global Connections ed. by Alok Kumar Kanungo and Laure Dussubieux Ian C. Freestone Ancient Glass of South Asia: Archaeology, Ethnography and Global Connections. Alok Kumar Kanungo and Laure Dussubieux, eds. Singapore: Springer, 2021. xxvi + 557 pp., 59 b&w + 245 colour illustrations. Hardcover US $160, ISBN 9789811636554; softcover US $140, ISBN 9789811636578; ebook US $109, ISBN 9789811636561. The marked expansion in the archaeometry of glass which took place in the first decade of the twenty-first century has led to an explosion of interest in glass beads and bangles. Desirable, robust, and portable, they hold important information on trade and connectivity which can be revealed by the analysis of their chemical constituents. While this potential of chemical analysis has been understood for decades (e.g., Basa et al. 1991; Brill 1987; Singh 1989), it is only recently that it has been fully realized, largely due to the application of the technique of laser ablation inductively-coupled mass spectrometry (LAICP-MS). This method allows a rapid, accurate, and precise analysis of around 60 elements in glass artifacts and, critically, is essentially non-destructive, leaving only a sub-millimetre scar on the surface of the artifact. Where earlier typological work inferred likely long-distance connections (Francis 1990), chemistry has confirmed them. The resultant growth in understanding has served to emphasise the important role of the Indian sub-continent, which was arguably the major producer of glass beads in the last two millennia. Indian beads are found as far afield as eastern Africa and northwestern Europe and are also widely distributed in southeastern and southern Asia. Furthermore, the continuation into the modern period of traditional methods of making and working with [End Page 257] glass and glazes allows important insights into the methods and organization of the production of glass ornaments through ethnographic observation and literary accounts. The present book brings together recent and ongoing work on the archaeology, archaeometry, and ethnoarchaeology of South Asian glass, edited by two leading researchers in their respective areas. The chapters are developed from lectures delivered by the eminent list of authors at a conference in Gandhinagar in 2019 and may be considered a good reflection of the state of the art. However, this substantial 550-page book is far from a standard conference volume. It strives not only to provide a comprehensive coverage of its subject matter, but also to serve as an introduction to the study of glass by including a number of chapters by established researchers on broader issues; by and large, it is very successful. The book opens with several chapters providing introductory and background information. Rehren opens with a summary of the current state of play in our understanding of the origins of glass in Egypt and Mesopotamia. In the context of the present volume, Rehren's chapter in particular brings home how important the analysis of glass and manufacturing debris from Late Bronze Age production sites has been to current understanding, although at present evidence from production sites in South Asia is largely lacking. The following chapter by Gratuze, Schibille, and Pactat covers the radical changes in glassmaking technology that occurred in Europe and West Asia in the later first millennium C.E., in particular the transition from the use of soda from the Natron lakes of Egypt to soda obtained from the ashes of halophytic plants. Not only is this an outstanding example of the application of chemical analysis to a technical change, focusing on chronological and regional variations, but it also provides a good introduction to the major glass types which moved along the silk road from West to East and which are encountered later on in the volume. Kenoyer provides a long, comprehensive review of major importance on the faience and glazed steatite of the Indus tradition, focusing on Harappa. This brings together new work and insights with a substantial but dispersed literature, much of which has been generated by the author and his collaborators and which is not always easily accessible. Kenoyer is skeptical about the identification of so-called "steatite faience" or glazed crushed steatite. He calls for more detailed examination of samples removed from objects...
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