首页> 外文期刊>Journal of Archaeological Science >Reconstruction of the landscape history around the remnant arch of the Klidhi Roman Bridge, Thessaloniki Plain, North Central Greece
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Reconstruction of the landscape history around the remnant arch of the Klidhi Roman Bridge, Thessaloniki Plain, North Central Greece

机译:希腊中北部北部塞萨洛尼基平原Klidhi罗马桥残拱周围的景观历史重建

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This paper deals with the palaeoenvironmental reconstruction of the area surrounding the remnant arch of the ancient bridge of Klidhi, Thessaloniki Plain, Greece. 19th century travellers and 20th century historians discussed the age of the monument and concluded that it was built during Late Roman Times (3rd Cent. AD) and supported a branch of the Via Egnatia road. However, few studies have considered the environmental context of the construction of the bridge. and until now, only two hypotheses have been presented: The bridge was built on or over a junction of the Aliakmon and Loudias Rivers, or on a coastal barrier. Within the framework of a geoarchaeological project developed in April 2008, five boreholes were drilled and the sediment cores analysed for microfauna and sedimentology. Seven C-14 AMS dates provided a chronostratigraphic sequence and helped to define the geomorphological evolution of the area. Spatial interpretation of the results was possible using a Landsat TM image (False Colour Composite - FCC). Our data indicate the gradual transition of the site from a marine to a terrestrial environment during Ancient Times. Lagoonal conditions dominated during the construction of the bridge and the presence of a palaeochannel of the Aliakmon River was later revealed (transition from Byzantine and Ottoman periods), overlying sediments of a coastal barrier.
机译:本文涉及希腊萨洛尼卡平原克利迪古桥残拱周围地区的古环境重建。 19世纪的旅行者和20世纪的历史学家讨论了这座纪念碑的年代,得出的结论是,这座纪念碑建于罗马晚期(公元3世纪),并为Via Egnatia公路的一个分支提供了支持。但是,很少有研究考虑桥梁建造的环境背景。到目前为止,只提出了两种假设:这座桥建在Aliakmon和Loudias河的交界处或上方,或建在沿海屏障上。在2008年4月制定的地质考古项目的框架内,钻了五个钻孔,并对沉积物岩心进行了微动物区系和沉积学分析。七个C-14 AMS日期提供了一个年代地层序列,并帮助确定了该地区的地貌演化。使用Landsat TM图像(False Color Composite-FCC)可以对结果进行空间解释。我们的数据表明该遗址在远古时代从海洋环境逐渐过渡到陆地环境。在桥梁建造过程中,泻湖条件占主导地位,后来发现了Aliakmon河的古河道(拜占庭和奥斯曼帝国的过渡期),覆盖了沿海屏障的沉积物。

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