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首页> 外文期刊>PLoS One >Archaeological science meets Māori knowledge to model pre-Columbian sweet potato ( Ipomoea batatas ) dispersal to Polynesia’s southernmost habitable margins
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Archaeological science meets Māori knowledge to model pre-Columbian sweet potato ( Ipomoea batatas ) dispersal to Polynesia’s southernmost habitable margins

机译:考古学科学符合毛利人的知识,以模特为哥伦比亚甘薯(Ipomoea Batatas)分散到波利尼西亚的最南端的可居住的边缘

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摘要

Most scholars of the subject consider that a pre-Columbian transpacific transfer accounts for the historical role of American sweet potato Ipomoea batatas as the kūmara staple of Indigenous New Zealand/Aotearoa Māori in cooler southwestern Polynesia. Archaeologists have recorded evidence of ancient Polynesian I . batatas cultivation from warmer parts of generally temperate-climate Aotearoa, while assuming that the archipelago’s traditional Murihiku region in southern South Island/Te Waipounamu was too cold to grow and store live Polynesian crops, including relatively hardy kūmara . However, archaeological pits in the form of seasonal Māori kūmara stores ( rua kūmara ) have been discovered unexpectedly at Pūrākaunui on eastern Murihuku’s Otago coast, over 200 km south of the current Polynesian limit of record for premodern I . batatas production. Secure pit deposits that incorporate starch granules with I . batatas characteristics are radiocarbon-dated within the decadal range 1430–1460 CE at 95% probability in a Bayesian age model, about 150 years after Polynesians first settled Te Waipounamu. These archaeological data become relevant to a body of Māori oral history accounts and traditional knowledge ( mātauranga ) concerning southern kūmara , incorporating names, memories, landscape features and seemingly enigmatic references to an ancient Murihiku crop presence. Selected components of this lore are interpreted through comparative exegesis for correlation with archaeological science results in testable models of change. In a transfer and adaptation model, crop stores if not seasonal production technologies also were introduced from a warmer, agricultural Aotearoa region into dune microclimates of 15th-century coastal Otago to mitigate megafaunal loss, and perhaps to support Polynesia’s southernmost residential chiefdom in its earliest phase. A crop loss model proposes that cooler seasonal temperatures of the post-1450 Little Ice Age and (or) political change constrained kūmara supply and storage options in Murihiku. The loss model allows for the disappearance of kūmara largely, but not entirely, as a traditional Otago crop presence in Māori social memory.
机译:该主题的大多数学者认为,哥伦比亚常规的转移占美国甘薯Ipomoea蝙蝠队作为土着新西兰的kūmara主食的历史作用。考古学家已经记录了古林尼西尼亚州的证据。巴特拉斯培养了普通温带气候AOTearoa的暖和部分,同时假设南南岛南部的传统Murihiku地区/ Te Waipounamu太冷,无法生长和储存活尼人作物,包括相对耐寒的Kūmara。然而,在Murihuku的Otago Coast odern Murihuku的Otago Coast的Pūrākaunui出乎意料地发现了季节性毛利语储存形式的考古坑(RuaKūmara),以南沿着目前的寄生虫Intnerian纪录纪录南部超过200公里。蜡类生产。用淀粉颗粒用淀粉颗粒储存施用坑沉积物。面包屑的特征是在贝叶斯时代模型的95%的概率下的差距为1430-1460 CE,大约150年后,波利尼西亚首先定居了TE Waipounamu。这些考古数据与毛利人历史账户和传统知识(Mātauranga)的身体有关,关于南方Kīmara,纳入名称,记忆,景观特征和看似神秘的参考文献对古老的Murihiku作物存在。这种叶片的所选组成部分通过比较解释来解释与考古学的相关性导致可测试的变化模型。在转移和适应模式下,农作物商店如果不是季节性生产技术,也从一个暖和的农业AOTearoa地区引入了15世纪沿海奥塔哥的沙丘微跨度,以减轻梅格法纳纳损失,也许是在最早的阶段支持波利尼西亚最南端的居民董事。 。作物损失模型提出了1450年代小冰河时代和(或)政治变革的较冷季节温度和Murihiku的政治变革受限约束。损失模型允许kūmara的消失在很大程度上,但不是完全作为毛利人社会记忆中的传统otago作物存在。

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