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The pre-Columbian introduction and dispersal of Algarrobo (Prosopis, Section Algarobia) in the Atacama Desert of northern Chile

机译:哥伦布时期对智利北部阿塔卡马沙漠中的阿尔加罗波(Prosopis,Algarobia节)的介绍和传播

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摘要

Archaeological and palaeoecological studies throughout the Americas have documented widespread landscape and environmental transformation during the pre-Columbian era. The highly dynamic Formative (or Neolithic) period in northern Chile (ca. 3700–1550 yr BP) brought about the local establishment of agriculture, introduction of new crops (maize, quinoa, manioc, beans, etc.) along with a major population increase, new emergent villages and technological innovations. Even trees such as the Algarrobos (Prosopis section Algarobia) may have been part of this transformation. Here, we provide evidence that these species were not native to the Atacama Desert of Chile (18–27°S), appearing only in the late Holocene and most likely due to human actions. We assembled a database composed of 41 taxon specific AMS radiocarbon dates from archaeobotanical and palaeoecological records (rodent middens, leaf litter deposits), as well an extensive bibliographical review comprising archaeobotanical, paleoecological, phylogenetic and taxonomic data to evaluate the chronology of introduction and dispersal of these trees. Although Algarrobos could have appeared as early as 4200 yr BP in northernmost Chile, they only became common throughout the Atacama over a thousand years later, during and after the Formative period. Cultural and natural factors likely contributed to its spread and consolidation as a major silvicultural resource.
机译:整个美洲的考古学和古生态学研究表明,在哥伦布时代之前,景观和环境发生了广泛的变化。智利北部(大约3700年至1550年BP)的高动态形成(或新石器时代)时期带来了当地的农业发展,新农作物(玉米,藜麦,木薯,豆等)的引入以及大量人口增加,新出现的村庄和技术创新。甚至像Algarrobos(Prosopis的Algarobia节)这样的树木也可能是这种转变的一部分。在这里,我们提供的证据表明,这些物种不是智利阿塔卡马沙漠(18-27°S)的原生物种,仅出现在全新世晚期,并且很可能是由于人类活动造成的。我们收集了一个数据库,该数据库由来自考古植物学和古生态学记录(啮齿类动物,叶子凋落物沉积物)的41个特定分类群特定的AMS放射性碳日期组成,以及包括考古,植物学,古生态学,系统发生学和分类学数据在内的广泛书目评论,以评估引入和扩散的时间顺序这些树。尽管阿尔加罗比斯早在英国最北端的4200年BP就可能出现过,但在一千年后,形成时期和之后,它们才在整个阿塔卡马地区普遍出现。文化和自然因素可能有助于其作为主要造林资源的传播和巩固。

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