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Holocene fluvial and anthropogenic processes in the region of Uruk in southern Mesopotamia

机译:美索不达米亚南部乌鲁克地区全新世河流和人为过程

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摘要

For decades, it has been unclear as to how the world's first cities, in southern Mesopotamia, not only arose in a fluvial environment but also how this environment changed. This paper seeks to understand the long-term fluvial history of the region around Uruk, a major early city, in relation to water-human interactions. This paper applies geomorphological, historical and archaeological approaches and reveals that the Uruk region in southern Mesopotamia had been under the influence of freshwater fluvial environment since the early Holocene. It further demonstrates how canals and long-term human activities since the mid Holocene have been superimposed on the natural river channel patterns. Fieldwork has been conducted to ground-truth features identified applying remote sensing techniques. Five sediment cores were analysed to elucidate palaeoenvironmental changes. Radiocarbon ages for organic samples suggest that the oldest sediment layers, at a depth of 12.5 m, are from the Early Holocene, while results from diatom analyses imply that the whole sediment column was deposited in a freshwater environment. Intensive networks of palaeochannels and archaeological sites within the study area have been reconstructed and these networks have been divided into four different time intervals based on changes in channel courses. The first is from the early 4th to the late 1st millennium BCE; the second is from the late 1st millennium BCE to the middle 2nd millennium CE; the third lasted from after the Islamic period until the 1980s; the fourth is from the 1980s until the present. Key results include evidence for freshwater environments and favourable settlement conditions had already formed by the 8th millennium BCE. The favourable settlement environment resulted in stable (long-lived) canals between the 4th millennium BCE and 1st millennium CE. A significant settlement and irrigation expansion occurred in the early 1st millennium CE. Major abandonment ensued in the late 1st millennium CE and lasted until the mid 2nd millennium CE. (C) 2017 Elsevier Ltd and INQUA. All rights reserved.
机译:数十年来,人们尚不清楚世界上第一个城市,即美索不达米亚南部,不仅是在河流环境中兴起的,而且在这种环境下是如何变化的。本文试图了解与人类和水的相互作用有关的主要早期城市乌鲁克(Uruk)附近地区的长期河流历史。本文运用地貌,历史和考古学方法,揭示了自全新世以来,美索不达米亚南部的乌鲁克地区一直受到淡水河床环境的影响。它进一步证明了自全新世中期以来的运河和长期人类活动如何叠加在自然河道格局上。已经对使用遥感技术确定的地面真相进行了实地调查。分析了五个沉积物核心,以阐明古环境的变化。有机样品的放射性碳年龄表明,最深的沉积物层(深度为12.5 m)来自早新世,而硅藻分析的结果表明整个沉积物柱都沉积在淡水环境中。研究区域内的古渠道和考古遗址密集网络已经重建,并且根据渠道过程的变化将这些网络划分为四个不同的时间间隔。首先是从公元前4世纪初到1世纪末。第二个是从公元前1世纪晚期到公元2世纪中期。第三个持续时间是从伊斯兰时期之后到1980年代;第四是从1980年代到现在。关键结果包括公元前8世纪已经形成的淡水环境和有利的居住条件的证据。有利的定居环境导致公元前4世纪至公元1世纪之间运河(长寿)稳定。在公元1世纪初期,发生了重大的定居和灌溉扩建。公元1世纪末后期发生了重大遗弃,并一直持续到公元2世纪中期。 (C)2017爱思唯尔有限公司和INQUA。版权所有。

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