Impacts of fluvial processes on medieval settlement Lukovskoe (Tatarstan, Russia)

A. Gafurov, I. Gainullin, B. Usmanov, P. Khomyakov, A. Kasimov
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引用次数: 6

Abstract

Abstract. This work is continuation of the research aimed at developing of a system for analysing of risks of destruction of archaeological objects of Volga-Bulgaria period (X–XIII centuries AD) on the territory of the Republic of Tatarstan. Most of the Volga-Bulgaria settlements located on the small rivers banks. This fact is determining the risk of their destruction by natural processes. In order to identify the risk of transformation of archaeological sites by fluvial processes bank erosion dynamics at Lukovskoe fortified settlement evaluated. Modern field survey with use of UAV and GNSS methods applied to study the relief of monument territory. The measured data were analysed using the Geographical Information System (GIS) to evaluate intensity of bank erosion. Historical maps, archival remote sensing data and actual orthophotoplans compared to get quantitative characteristics of monument territory damage. The main factors that influence bank erosion at Lukovskoe fortified settlement placement are the meandering of the Kubnya riverbed, bank height and the ground that forms it. This study shows that remote sensing and 3-D-modelling on the base of UAV survey is very important in study of fluvial processes dynamics as a factor of archaeological objects destruction. The results of research will help to identify trends in monuments state and to quantify the risks of their destruction.
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河流作用对中世纪聚落Lukovskoe(鞑靼斯坦,俄罗斯)的影响
摘要这项工作是鞑靼斯坦共和国领土上伏尔加-保加利亚时期(公元x - 13世纪)考古文物破坏风险分析系统研究的继续。大多数伏尔加-保加利亚人的定居点位于小河岸上。这一事实决定了它们被自然过程摧毁的风险。为了确定河流作用对考古遗址改造的风险,对卢科夫斯科加固聚落的河岸侵蚀动力学进行了评价。利用无人机和GNSS方法进行现代野外调查,研究纪念地地形起伏。利用地理信息系统(GIS)对测量数据进行分析,以评估河岸侵蚀的强度。将历史地图、档案遥感数据和实际正射影图进行比较,得到古迹地域破坏的定量特征。影响Lukovskoe加固定居点河岸侵蚀的主要因素是库布尼亚河河床的曲折、河岸高度和形成它的地面。研究表明,基于无人机调查的遥感和三维建模对于研究河流过程动力学作为考古文物破坏因素的重要性。研究结果将有助于确定古迹状态的趋势,并量化其破坏的风险。
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来源期刊
Proceedings of the International Association of Hydrological Sciences
Proceedings of the International Association of Hydrological Sciences Earth and Planetary Sciences-Earth and Planetary Sciences (all)
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12 weeks
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