H. Delile , J. Leidwanger , J.-P. Goiran , J. Blichert-Toft , F. Stock , G. Brocard , L. Radloff , E.S. Greene , N. Tuna
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引用次数: 0
Abstract
The relationship between the two major centers on the Datça Peninsula at Burgaz and Knidos—and the potential shift in population and centrality from one to the other around the 4th c. BCE—casts a long shadow over the history of the region known in antiquity as the Knidia. What prompted the shift remains unclear in the historical records, but it must have represented a strategic collective decision and major civic investment. Underwater archaeological excavations revealed a 3-m stratigraphic section in the earliest harbor basin of Burgaz, offering a window into the environmental context in which Burgaz flourished and gave way to Knidos at the tip of the peninsula. This study investigates whether socio-environmental systems contributed to this shift, focusing on changes in natural conditions and lead contamination. Anthropogenic lead excesses reveal a first isotopic fingerprint of exogenous lead, linked to central Greece and the Cyclades before the 2nd c. BCE. Knidos, strategically located at the intersection of Aegean and eastern Mediterranean and Levantine maritime routes, served as a pivotal hub in these networks. During the Roman centuries that followed, though, the source of lead reoriented towards the northern Aegean, offering a new window into potential changes in Knidos's function as an intermediary hub in the emerging imperial trade system. Following the foundation of the city, the basin was excavated around 2600 cal BP, after which it experienced a twofold increase in seafloor aggradation due to the creation of new accommodation space and increased terrigenous inputs driven by Burgaz's pivotal role in the region's agricultural economy. Despite the development of other facilities at Burgaz, Knidos, and elsewhere along the coast, the maintenance of this original harbor continued, with a second dredging phase in Late Antiquity. This may reflect a deliberate effort to sustain a multi-scale harbor system across the peninsula.
datalada半岛上布尔加兹(Burgaz)和克尼迪亚(knidos)这两个主要中心之间的关系,以及公元前4世纪左右人口和中心地位从一个中心向另一个中心的潜在转移,给这个古代被称为克尼迪亚的地区的历史蒙上了长长的阴影。在历史记录中,导致这种转变的原因尚不清楚,但它肯定代表了一种战略性的集体决策和重大的公民投资。水下考古发掘在Burgaz最早的港口盆地中发现了一个3米的地层剖面,为了解Burgaz繁荣并让位于半岛顶端的Knidos的环境背景提供了一扇窗户。这项研究调查了社会环境系统是否促成了这种转变,重点是自然条件和铅污染的变化。人为铅过量揭示了外源性铅的第一个同位素指纹,与公元前2世纪之前的希腊中部和基克拉迪群岛有关。克尼多斯战略性地位于爱琴海、东地中海和黎凡特海上航线的交汇处,是这些网络的枢纽。然而,在接下来的几个世纪里,铅的来源重新转向了爱琴海北部,这为克尼多斯作为新兴帝国贸易体系中中介中心的功能的潜在变化提供了一个新的窗口。随着城市的建立,盆地在2600 cal BP左右被挖掘出来,此后,由于新的居住空间的创造和Burgaz在该地区农业经济中的关键作用所驱动的陆源投入的增加,它经历了海底退化的两倍增长。尽管在Burgaz, Knidos和沿海其他地方发展了其他设施,但这个原始港口的维护仍在继续,在古代晚期进行了第二次疏浚阶段。这可能反映了政府有意维持横跨半岛的多尺度港口系统的努力。
期刊介绍:
Quaternary Science Reviews caters for all aspects of Quaternary science, and includes, for example, geology, geomorphology, geography, archaeology, soil science, palaeobotany, palaeontology, palaeoclimatology and the full range of applicable dating methods. The dividing line between what constitutes the review paper and one which contains new original data is not easy to establish, so QSR also publishes papers with new data especially if these perform a review function. All the Quaternary sciences are changing rapidly and subject to re-evaluation as the pace of discovery quickens; thus the diverse but comprehensive role of Quaternary Science Reviews keeps readers abreast of the wider issues relating to new developments in the field.