Doctoral Dissertation Improvement Grant: A Diachronic Investigation of Climate Change and Cultural Transmission Models for Variation in Paleoindian Lithic Technology

博士论文改进资助：气候变化和古印度石器技术变异的文化传播模型的历时调查

• 批准号: 0827310
• 负责人: David Meltzer
• 金额: $ 1.14万
• 依托单位: Southern Methodist University
• 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: 2008-06-01 至 2010-05-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=0827310&HistoricalAwards=false
• 关键词: Doctoral; Dissertation; Improvement; Grant; Diachronic

John Taylor-Montoya, under the supervision of Dr. David J. Meltzer, will investigate the evolution of Paleoindian stone tool manufacture and technology on the southern Plains of North America during the period of ~11,500-8500 radiocarbon years before present. The goal of the study is to explore variations in stone tool technology across space and through time to better understand the changing adaptations of the groups who made them. It is a particularly interesting period for study, since this was a time when the environment was undergoing significant changes (the Ice Age was coming to an end), and these descendants of the first Americans were beginning to settle in to their new land. The artifact sample that will be used for this study comes from Paleoindian sites that have been excavated over many years, the collections of which are housed in various museums and facilities in the southern Plains region. These existing collections provide valuable data, but are often an underutilized resource.Variation in Paleoindian stone tool technology over time comprises one of the more intriguing records of material culture change in North America. As archaeological methods of analysis have themselves evolved, there are now new tools to explore the relationships between Paleoindian stone tool technology, the social dynamics of the people who made and used those stone tools, and their interactions with the environment. The implications are far reaching and can inform our ideas about the origins and cultural evolution of the earliest Americans. Mr. Taylor-Montoyas research is aimed at testing two specific hypotheses to explain technological change during this time: 1) Climate change altered the availability of certain species of game animals, causing adaptive responses in hunting technology 2) Changes in technology were part of the final process of the initial peopling of North America, where the settling in of groups into specific geographical areas and their increased population led to reduced social interaction the end result being regionally and locally distinct stone tool traditions reflected in different styles of artifacts across the landscape. Because spear points are stylistically diagnostic and were also used to harvest and process game, they represent an ideal artifact class for testing whether variation in material culture was the result of climate change or settling in. Recent research into the evolution of cultural traits is used as the framework for this study. If the climate forcing model is accurate, it is expected that variation in stone tool technology will follow changes in ecological conditions across space and time. If the settling in hypothesis is correct, stylistic patterns should take place independent of changes in climate and environment. There is likely more complexity to the problem than indicated in these models. However, beginning with simplified models will allow Mr. Taylor-Montoya to test clear hypotheses and identify weaknesses in those models which will guide future work. This study can provide the foundation for resolving questions regarding the relative influence of ecology and social dynamics on long-term changes in material culture on a regional scale. The results will be of interest to a broad audience of social scientists. In addition to the dissertation, the results will be disseminated through publications in peer-reviewed journals and professional conference presentations. The study will also produce the most comprehensive regional Paleoindian artifact database for the study area. Pending permission from the institutions housing these artifacts, the database will be published on the internet. In addition to being a research tool for specialists, the digital archive would also be an excellent source for educators and the interested public.

John Taylor-Montoya将在David J.Meltzer博士的指导下，研究北美南部平原约11,500-8,500放射性碳年期间古印度石器制造和技术的演变。这项研究的目标是探索石器技术在空间和时间上的变化，以更好地了解制作石器的群体不断变化的适应能力。这是一个特别有趣的研究时期，因为这是一个环境正在经历重大变化的时期(冰河时代即将结束)，这些第一批美国人的后代开始在他们的新土地上定居。这项研究将使用的文物样本来自多年来挖掘的古印度遗址，其收藏品存放在南部平原地区的各种博物馆和设施中。这些现有的藏品提供了宝贵的数据，但往往是一种未得到充分利用的资源。随着时间的推移，古印度石器技术的变化构成了北美物质文化变化的更有趣的记录之一。随着考古分析方法本身的发展，现在有了新的工具来探索古印度石器技术、制造和使用这些石器的人的社会动力以及他们与环境的相互作用之间的关系。它的影响是深远的，可以为我们提供关于最早的美国人的起源和文化演变的想法。Taylor-Montoyas先生的研究旨在检验解释这一时期技术变化的两个具体假设：1)气候变化改变了某些野生动物物种的可获得性，引起狩猎技术的适应性反应2)技术变化是北美最初人类定居的最终过程的一部分，在那里，群体适应特定地理区域及其人口的增加导致社会互动减少，最终结果是区域和地方的不同石器传统反映在整个景观中的不同风格的人工制品中。因为矛尖在风格上具有诊断作用，也被用来收获和加工游戏，它们代表了一种理想的人工制品类别，用于测试物质文化的变化是气候变化还是定居的结果。本研究以文化特质演化的最新研究为框架。如果气候强迫模型是准确的，预计石器技术的变化将跟随生态条件跨空间和时间的变化。如果安顿假说是正确的，文体模式应该独立于气候和环境的变化而发生。这个问题可能比这些模型中显示的更复杂。然而，从简化模型开始，泰勒-蒙托亚先生将能够检验明确的假设，并找出这些模型中的弱点，从而指导今后的工作。这项研究可以为解决生态和社会动力对区域尺度上物质文化长期变化的相对影响问题提供基础。这一结果将引起社会科学家的广泛兴趣。除论文外，还将通过同行评议期刊上的出版物和专业会议演示文稿来传播研究成果。这项研究还将为研究区制作最全面的区域古印度文物数据库。在获得拥有这些文物的机构的许可之前，数据库将在互联网上发布。数字档案馆不仅是专家的研究工具，也是教育工作者和感兴趣的公众的极好来源。