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Lidar survey of ancient Maya settlement in the Puuc region of Yucatan, Mexico

机译:墨西哥羽化浮游生浮动地区古代玛雅解决的激光乐州调查

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The application of lidar remote-sensing technology has revolutionized the practice of settlement and landscape archaeology, perhaps nowhere more so than in the Maya lowlands. This contribution presents a substantial lidar dataset from the Puuc region of Yucatan, Mexico, a cultural subregion of the ancient Maya and a distinct physiographic zone within the Yucatan peninsula. Despite the high density of known sites, no large site has been fully surveyed, and little is known about intersite demography. Lidar technology allows determination of settlement distribution for the first time, showing that population was elevated but nucleated, although without any evidence of defensive features. Population estimates suggest a region among the most densely settled within the Maya lowlands, though hinterland levels are modest. Lacking natural bodies of surface water, the ancient Puuc inhabitants relied upon various storage technologies, primarily chultuns (cisterns) and aguadas (natural or modified reservoirs for potable water). Both are visible in the lidar imagery, allowing calculation of aguada capacities by means of GIS software. The imagery also demonstrates an intensive and widespread stone working industry. Ovens visible in the imagery were probably used for the production of lime, used for construction purposes and perhaps also as a softening agent for maize. Quarries can also be discerned, including in some cases substantial portions of entire hills. With respect to agriculture, terrain classification permits identification of patches of prime cultivable land and calculation of their extents. Lidar imagery also provides the first unequivocal evidence for terracing in the Puuc, indeed in all northern Yucatan. Finally, several types of civic architecture and architectural complexes are visible, including four large acropolises probably dating to the Middle Formative period (700–450 B.C.). Later instances of civic architecture include numerous Early Puuc Civic Complexes, suggesting a common form of civic organization at the beginning of the Late Classic demographic surge, (A.D. 600–750).
机译:激光雷达遥感技术的应用彻底改变了解决和景观考古的实践,也许比在玛雅洛地兰更为遥远。这一贡献介绍了来自墨西哥的普卢克省,墨西哥,古代玛雅人的文化次区域和尤卡坦半岛的鲜明地理区的大型LIDAR DataSet。尽管已知位点高密度,但没有大量的遗址已经完全调查,并且对Intersite人口统计学知之甚少。 LIDAR技术允许首次确定沉降分布,表明人口升高但核心升高,虽然没有任何防御特征的证据。人口估计表明,虽然腹地水平是适度的,但人口估计表明了一个最密集地定居的区域。缺乏地表水的自然身体,古老的普拉乌克居民依靠各种储存技术,主要是Chultuns(蓄水池)和Aguadas(用于饮用水的天然或改装水库)。两者都在激光雷达图像中可见,允许通过GIS软件计算AGUADA容量。图像还展示了密集型和广泛的石材工作行业。在图像中可见的烤箱可能用于生产石灰,用于施工目的,也许也是玉米的软化剂。也可以辨别起争,包括在某些情况下整个山丘的大量部分。关于农业,地形分类允许鉴定素质耕地斑块和其范围的计算。 LIDAR Imagery还为普鲁卡斯的露台提供了第一个明确的证据,确实在尤卡坦北部。最后,可以看到几种类型的公民架构和建筑复合物,其中包括四个大型乘域,可能约会到中间形成期(700-450 B.C.)。后来的公民架构的情况包括许多早期的普鲁卡公民复合体,在后期经典人口飙升开始时暗示了一种常见的公民组织,(A.D.600-750)。

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