Developing an AMS Radiocarbon Based Chronology for the Predynastic Egyptian Cemetery, N7000, at Naga-ed-Der

为位于 Naga-ed-Der 的前王朝埃及墓地 N7000 开发基于 AMS 放射性碳的年表

• 批准号: 9973067
• 负责人: Stephen Savage
• 金额: $ 4.76万
• 依托单位: Arizona State University
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 1999
• 资助国家: 美国
• 起止时间: 1999-09-01 至 2004-02-29
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=9973067&HistoricalAwards=false
• 关键词: Developing; AMS; Radiocarbon; Based; Chronology

With support from the National Science Foundation Dr. Stephen Savage will obtain radiocarbon dates on approximately one hundred organic samples from a Predynastic Egyptian cemetery, N7000 located at Naga-ed-Der in Upper Egypt. Excavated in the early part of this century, the materials are curated at the Hearst Museum at the University of California, Berkeley, and cover the time range from ca. 2,700 to 2,100 B.C. The cemetery contains 635 graves and ca. 900 burials as well as numerous grave goods including ceramics, woven clothing and food offerings. Samples will be dated at the University of Arizona AMS laboratory and thus only small amounts of material will be sacrificed.Although the Predynastic prehistory of Egypt is important for understanding the rise of the Egyptian empires and social complexity in general, it is surprisingly poorly dated. Traditional methods are based not on an absolute chronology anchored with radiocarbon but rather on relative seriation of ceramic styles. Gravelots from cemeteries in this region were originally seriated in the early part of the 20th century. It was assumed that graves with the most similar ceramics were most closely associated in time and through a comparison of the degree of similarity a sequence was constructed. Over wide portions of the Near East the Upper Egyptian sequence is used to date geographically dispersed sites and thus its impact is very broad. However the original and subsequent seriations have been questioned and it is important to place these ceramic styles securely in time. To understand change, archaeologists must anchor sites both absolutely and relative to each other. Dr. Savage's research will help to achieve this for a very important time period and region of the world. The results will be widely used.

在国家科学基金会的支持下，Stephen Savage博士将从位于上埃及Naga-ed-Der的前王朝埃及墓地N7000获得大约100个有机样品的放射性碳年代。这些材料出土于本世纪早期，现收藏于加州大学伯克利分校的赫斯特博物馆，涵盖了从公元前到公元前的时间范围。公元前2,700年至2,100年，墓地有635个坟墓。900个墓葬以及众多的墓葬物品，包括陶瓷，编织服装和食品产品。样品将在亚利桑那大学AMS实验室进行年代测定，因此只有少量的材料将被牺牲。尽管埃及的前王朝史前史对于理解埃及帝国的崛起和社会的复杂性很重要，但它的年代令人惊讶地很差。传统的方法不是基于放射性碳的绝对年表，而是基于陶瓷风格的相对序列。该地区墓地的砾石最初是在世纪早期系列化的。据推测，坟墓与最相似的陶瓷是最密切相关的时间，并通过比较的相似程度的序列构建。在近东的大部分地区，上埃及层序被用来确定地理上分散的地点的年代，因此它的影响非常广泛。然而，最初和随后的系列受到质疑，重要的是要及时安全地放置这些陶瓷风格。为了理解变化，考古学家必须将遗址的绝对位置和相对位置固定在一起。萨维奇博士的研究将有助于在世界上一个非常重要的时期和地区实现这一目标。其结果将被广泛使用。