Doctoral Dissertation Research: Chronology and Technological Styles of Nabataean and Roman Plasters and Mortars at Petra (Jordan)

博士论文研究：佩特拉（约旦）纳巴泰和罗马石膏和迫击炮的年代学和技术风格

• 批准号: 0808885
• 负责人: David Killick
• 金额: $ 1.5万
• 依托单位: University of Arizona
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2008
• 资助国家: 美国
• 起止时间: 2008-08-15 至 2010-07-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=0808885&HistoricalAwards=false
• 关键词: Doctoral; Dissertation; Research; Chronology; Technological

Under the direction of Dr. David killick, Mr. Khaled Al-Bashaireh will collect data for his doctoral dissertation. He has collected a series of plasters, mortar and cement from the site of Petra, Jordan. These were used to cover the facades of its monuments and tombs, to bind sandstone bricks and to construct dams, water canals and cisterns. These materials will be analyzed at Yarmouk University and the University of Arizona to yield information on both their age and the materials and methods by which they were fabricated.The ancient city of Petra (Jordan) has long attracted travelers, explorers, archaeologists and movie makers. The city itself has a long and complex history and served for centuries as a center for trade. The Nabataean Arabs (a nomadic tribe from the Arabian peninsula who settled in the area and laid the foundations of a commercial empire that extended into Syria) established Petra around the 6th century BC. They dominated the lands of southern Jordan and carved temples, tombs and elaborated buildings out of solid rose-colored sandstone cliffs along the canyon walls. Petra was captured by the Romans in the first century AD and then by the Muslims in the seventh century. While the outlines of this history are well known, the detailed knowledge of the construction sequence are lacking because buildings and architectural features can be difficult to date. Radiocarbon analysis of plasters themselves and the organic materials contained within them provide one means to refine this sequence. Archaeologists also focus on the process of cultural change and interaction. They wish to understand how different cultures both maintain and develop their own traditions and how they borrow from and exchange information with others. One insight into this process can be obtained through the examination of technical knowledge. As Mr. Al-Bashaireh notes, Nabataeans, Romans and Muslims had distinct ways to make a series of mortars, plasters and cements and through analysis of materials collected from Petra it will be possible to trace changes in these products over time. Twenty nine samples of mortar, 46 plasters and relevant geological materials have been collected and will be studied. Composition, structure, porosity and combustion temperatures will be determined. A wide variety of analytic techniques will be employed.The research will both assist in training a promising scientist and also strengthening archaeological ties between US and Jordanian researchers.

在 David Killick 博士的指导下，Khaled Al-Bashaireh 先生将为他的博士论文收集数据。他从约旦佩特拉遗址收集了一系列灰泥、砂浆和水泥。它们被用来覆盖纪念碑和坟墓的外墙、粘合砂岩砖以及建造水坝、水渠和蓄水池。这些材料将在亚穆克大学和亚利桑那大学进行分析，以获取有关其年龄以及制造材料和方法的信息。佩特拉古城（约旦）长期以来一直吸引着旅行者、探险家、考古学家和电影制片人。这座城市本身有着悠久而复杂的历史，几个世纪以来一直是贸易中心。纳巴泰阿拉伯人（来自阿拉伯半岛的游牧部落，在该地区定居并为延伸至叙利亚的商业帝国奠定了基础）于公元前 6 世纪左右建立了佩特拉。他们统治着约旦南部的土地，并沿着峡谷壁在坚固的玫瑰色砂岩悬崖上雕刻了寺庙、坟墓和精致的建筑。佩特拉在公元一世纪被罗马人占领，然后在七世纪被穆斯林占领。虽然这段历史的轮廓众所周知，但由于建筑物和建筑特征的年代很难确定，所以缺乏施工顺序的详细知识。对石膏本身及其中所含有机材料的放射性碳分析提供了一种完善这一序列的方法。考古学家还关注文化变迁和互动的过程。他们希望了解不同的文化如何保持和发展自己的传统，以及如何借鉴他人的信息并与他人交换信息。通过检查技术知识可以深入了解这一过程。正如 Al-Bashaireh 先生指出的那样，纳巴泰人、罗马人和穆斯林采用不同的方法来制造一系列砂浆、灰泥和水泥，通过分析从佩特拉收集的材料，可以追踪这些产品随时间的变化。已收集了 29 个砂浆样品、46 个灰泥和相关地质材料样品，并将进行研究。将确定成分、结构、孔隙率和燃烧温度。将采用多种分析技术。该研究将有助于培养有前途的科学家，并加强美国和约旦研究人员之间的考古联系。