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Leipzig 1015 ce - a multiproxy study to reconstruct the palaeorelief of Leipzig's city centre

机译:Leipzig 1015 CE - 一种重建Leipzig市中心古罗地精灵的多元XY研究

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The year 2015 marked the millennium of the first documentary evidence of the city of Leipzig as urbs Libzi. Inspired by this event the first digital elevation model (DEM 1015) from the palaeorelief at the time of the first settlement is modelled in two/three-dimensions by applying geographic information system (GIS)-technology. The article focuses on innovative multiproxy ideas to reconstruct the palaeorelief for a city centre. Thus, the topic of the project combines various scientific disciplines such as geomorphology and statistics. Qualitative data, mainly from archaeological excavations and geological drills, are linked by using GIS through surveying techniques. By applying the same method as for the DEM 1015, a recent DEM (DEM Today) is created. Furthermore, a comparison is conducted between this DEM Today and another recent DEM, which was generated with LiDAR data provided by the Staatsbetrieb Geobasisinformation und Vermessung Sachsen (GeoSN, State Operation Geobasisinformation and Surveying Saxony). A regression analysis and the descriptive comparison validate a close connection between the two recent DEMs. This supports the proposed methodology as being well suited to generate a visualization of the palaeorelief. However, models represent only a limited picture of reality. Undoubtedly, strong anthropogenic influences in the entire study area result in limiting factors which are hard to quantify. Therefore, the DEM 1015 shows the highest possible approximation of the ancient relief at the time of the first settlement. Nevertheless, the project supports further research on the landscape and settlement genesis at the study area. The DEM 1015 allows the investigation of the palaeorelief concerning geomorphological conditions during the Holocene. Furthermore, it is possible to draw inferences about how the environment has been shaped and structured by anthropogenic influences in this area over the last 1000 years. The research has the character of a case study that subsequently will open up opportunities to other areas.
机译:2015年,标志着莱比锡市成为伊斯语利巴岛的第一个文件证据的千年。通过这种情况激发了通过应用地理信息系统(GIS) - 技术,在第一沉降时的古地区距离第一个结算时的第一数字仰卧模型(DEM 1015)是以两个/三维建模的。这篇文章侧重于创新的多元思想,以重建城市中心的古地区。因此,该项目的主题结合了各种科学学科,如地貌和统计数据。主要来自考古挖掘和地质演习的定性数据通过测量技术使用GIS连接。通过应用与DEM 1015相同的方法,创建了最近的DEM(DEM)。此外,在今天的DEM之间和另一个最近的DEM之间进行了比较,该DEM是由STAATSBETRIEB GeobasisIsInformation und Vermessung Sachsen(Geosn,国家操作桥面信息和测量萨克森州)提供的LIDAR数据。回归分析和描述性比较验证了最近的两个DEM之间的密切连接。这支持所提出的方法非常适合生成古地旅游的可视化。但是,模型只表示现实的有限情况。无疑,整个研究区内的强烈的人为影响导致难以量化的因素。因此,DEM 1015显示了第一次定居时古代浮雕的最高可能近似。然而,该项目支持进一步研究研究区的景观和沉降创世纪。 DEM 1015允许在全新世期间调查关于地貌条件的古罗颜植物。此外,可以利用在过去1000年内通过这一领域的人为影响的形状和结构构成的改造。该研究具有案例研究的性质,随后将为其他地区开辟机会。

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