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Geoarchaeological evidence for the construction, irrigation, cultivation and resilience of the 15th-18th-century AD terraced landscape at Engaruka, Tanzania.

机译:在坦桑尼亚恩加鲁卡建造,灌溉,耕种和恢复15至18世纪广大梯田景观的地质考古证据。

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摘要

Agricultural landscapes are necessarily human manipulated landscapes, most obviously in areas modified by terracing, irrigation, or both. Examples exist in temperate, arid and desert environments worldwide, and have attracted the attention of many disciplines, from archaeologists, palaeoecologists and geomorphologists interested in landscape histories, to modern economists, agronomists, ecologists and development planners studying sustainable resource management. This paper combines these interdisciplinary interests by exploring the role archaeology can play in assessing landscape sustainability; focussing on Engaruka, Tanzania. Archaeologically famous as the largest abandoned irrigated and terraced landscape in east Africa, the site has been seen as an example of economic and/or ecological collapse, and has long been assumed to have been irrigated out of necessity; the assumption being that agriculture would be near impossible without irrigation in what is now a semi-arid environment. Geoarchaeological research refutes this assumption, demonstrating that the site flooded with sufficient regularity to allow the construction of over 1000ha of alluvial sediment traps, in places over 2m deep. Soil micromorphology and geochemistry also record changes in irrigation, with some fields inundated to creating paddy-like soils. These techniques can be applied to both extant and abandoned systems, thereby contributing to an understanding of their history, function and sustainability.
机译:农业景观必定是人为操纵的景观,最明显的是在梯田,灌溉或两者兼而有之的地区。例子存在于全球的温带,干旱和沙漠环境中,并引起了许多学科的关注,从对景观历史感兴趣的考古学家,古生态学家和地貌学家,到研究可持续资源管理的现代经济学家,农学家,生态学家和发展规划师。通过探索考古学在评估景观可持续性中的作用,本文结合了这些跨学科的兴趣。专注于坦桑尼亚的恩加鲁卡。在考古学上,该遗址是东非最大的废弃灌溉和梯田景观,被视为经济和/或生态崩溃的一个例子,长期以来一直认为灌溉是不必要的。假设是在当今半干旱的环境中,如果没有灌溉,农业几乎是不可能的。地质考古学研究驳斥了这一假设,表明该场地被洪水淹没的规律性足以允许在2m深的地方建造超过1000公顷的冲积沉积物。土壤的微观形态和地球化学也记录了灌溉的变化,有些田地被淹没,形成了稻田样的土壤。这些技术可以应用于现存的系统和废弃的系统,从而有助于理解它们的历史,功能和可持续性。

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  • 作者

    Lang, Carol; Stump, Daryl;

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  • 年度 2017
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  • 原文格式 PDF
  • 正文语种 en
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