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Soil analysis in discussions of agricultural feasibility for ancient civilizations: A critical review and reanalysis of the data and debate from Chaco Canyon, New Mexico

机译:讨论古代文明农业可行性时的土壤分析:对新墨西哥州查科峡谷的数据进行严格审查和重新分析,并进行辩论

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摘要

Questions about how archaeological populations obtained basic food supplies are often difficult to answer. The application of specialist techniques from non-archaeological fields typically expands our knowledge base, but can be detrimental to cultural interpretations if employed incorrectly, resulting in problematic datasets and erroneous conclusions not easily caught by the recipient archaeological community. One area where this problem has failed to find resolution is Chaco Canyon, New Mexico, the center of one of the New World’s most vibrant ancient civilizations. Discussions of agricultural feasibility and its impact on local population levels at Chaco Canyon have been heavily influenced by studies of soil salinity. A number of researchers have argued that salinized soils severely limited local agricultural production, instead suggesting food was imported from distant sources, specifically the Chuska Mountains. A careful reassessment of existing salinity data as measured by electrical conductivity reveals critical errors in data conversion and presentation that have misrepresented the character of the area’s soil and its potential impact on crops. We combine all available electrical conductivity data, including our own, and apply multiple established conversion methods in order to estimate soil salinity values and evaluate their relationship to agricultural productivity potential. Our results show that Chacoan soils display the same salinity ranges and spatial variability as soils in other documented, productive fields in semi-arid areas. Additionally, the proposed large-scale importation of food from the Chuska Mountains region has serious social implications that have not been thoroughly explored. We consider these factors and conclude that the high cost and extreme inflexibility of such a system, in combination with material evidence for local agriculture within Chaco Canyon, make this scenario highly unlikely. Both the soil salinity and archaeological data suggest that there is no justification for precluding the practice of local agriculture within Chaco Canyon.
机译:关于考古学人口如何获得基本粮食供应的问题通常很难回答。来自非考古领域的专业技术的应用通常会扩展我们的知识基础,但是如果使用不当,可能会对文化解释产生不利影响,从而导致问题数据集和错误的结论不容易被接收考古界捕获。这个问题未能解决的一个地区是新墨西哥查科峡谷,新世界是最活跃的古代文明之一的中心。对查科峡谷农业可行性及其对当地人口水平的影响的讨论受到土壤盐分研究的严重影响。许多研究人员认为,盐碱化的土壤严重限制了当地的农业生产,反而暗示粮食是从遥远的来源(特别是丘斯卡山脉)进口的。对通过电导率测量的现有盐度数据进行的仔细评估发现,数据转换和显示中存在严重错误,这些错误曲解了该地区土壤的特性及其对农作物的潜在影响。我们结合了所有可用的电导率数据(包括我们自己的数据),并应用了多种已建立的转换方法,以便估算土壤盐度值并评估其与农业生产力潜力的关系。我们的结果表明,Chacoan土壤的盐度范围和空间变异性与半干旱地区其他有记录的生产田中的土壤相同。另外,从丘斯卡山脉地区大规模进口食品的提议具有严重的社会意义,尚未得到充分探讨。我们考虑了这些因素,并得出结论,这种系统的高成本和极度缺乏灵活性,再加上查科峡谷内当地农业的大量证据,使得这种情况极不可能发生。土壤盐分和考古数据均表明,没有理由排除查科峡谷内的当地农业实践。

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