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A history of archaeological tree-ring dating: 1914-1945.

机译:考古树木年轮约会的历史:1914-1945年。

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摘要

Dendrochronology, the science of assigning precise and accurate calendar dates to annual growth rings in trees, was the first independent dating technique available to prehistorians. Archaeological tree-ring dating came of age at a time when North American archaeologists concerned themselves primarily with time-space systematics, yet had no absolute and independent dating techniques available to guide their analyses. The history of archaeological tree-ring dating from 1914 through the end of World War II is often reduced to discussions of the discovery of specimen HH-39 on June 22, 1929 and considerations of the National Geographic Society Beam Expeditions of 1923, 1928, and 1929. The development and integration of archaeological tree-ring dating is in fact much more complex than these simplistic histories indicate. The "bridging of the gap," as symbolized by the discovery of HH-39, represents merely the culmination of an intense 15-year long research effort that included at least seven "beam expeditions" and a great deal of laboratory and brilliant archaeological research. By 1931, four Southwestern archaeological research institutions had hired dendrochronologists to conduct archaeological tree-ring dating in support of their various research interests. By 1936, dendrochronology was being applied in support archaeological research in the Mississippi Valley and Alaska. By 1942 however, Southwestern archaeological tree-ring dating once again became the exclusive domain of the Laboratory of Tree-Ring Research at the University of Arizona, and by 1950 efforts to extend tree-ring dating to other parts of North America as well. A controlled analysis and comparison of tree-ring sample collection activity, correspondence, unpublished research records, and the publication record relevant to North American archaeological tree-ring dating from 1914 to 1945 provides a chronicle of important events in the development of archaeological dendrochronology, provides an understanding of the processes through which tree-ring dating became incorporated in increasingly sophisticated archaeological analyses and interpretations of Southwestern and indeed North American prehistory, serves as a case study for a proposed unilineal model of the development and incorporation of analytical techniques in archaeology, and lays the foundation for a body of theory regarding the development of ancillary chronometric and archaeometric techniques and their application to archaeological problems.
机译:树木年代学是为树木的年轮分配精确和准确的日历日期的科学,是史前史上第一个可用的独立约会技术。考古学上的树环约会时代已经来临,当时北美考古学家主要将自己与时空系统联系在一起,但尚无绝对且独立的约会技术可用来指导他们的分析。从1914年到第二次世界大战结束的考古树木年轮的历史经常被简化为讨论关于1929年6月22日发现HH-39标本以及对1923年,1928年美国国家地理学会射线远征的考虑,以及1929年。事实上,考古学年轮年代的发展和整合比这些简单化的历史所表明的要复杂得多。以HH-39的发现为标志的“缩小鸿沟”仅代表了长达15年的密集研究工作的成果,其中包括至少七次“光束探险”以及大量的实验室和出色的考古研究。到1931年,西南的四个考古研究机构聘用了树木年代学家来进行考古年轮定年,以支持他们的各种研究兴趣。到1936年,树木年代学已被用于支持密西西比河谷和阿拉斯加的考古学研究。然而,到1942年,西南考古年轮年轮再次成为亚利桑那大学树年轮研究实验室的专属领域,并在1950年努力将年轮年轮推广到北美其他地区。对1914年至1945年北美树木年轮的树木​​年轮样品收集活动,对应关系,未发表的研究记录和出版物记录进行的受控分析和比较,提供了考古树木年代学发展中重要事件的历史记录,对树木年轮定年法被纳入日益复杂的考古学分析以及对西南和乃至北美史前史的解释的过程的理解,可以作为拟议的单一模型在考古学中发展和整合的案例研究,以及为有关计时和考古辅助技术的发展及其在考古问题中的应用奠定了理论基础。

著录项

  • 作者

    Nash, Stephen Edward.;

  • 作者单位

    The University of Arizona.;

  • 授予单位 The University of Arizona.;
  • 学科 Anthropology Archaeology.;History of Science.
  • 学位 Ph.D.
  • 年度 1997
  • 页码 305 p.
  • 总页数 305
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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