Applying 3D stratigraphic reconstruction to a large rescue archaeology site. A case study of the medieval and early modern submarine topography in Oslo, Norway

Sjoerd van Riel
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Abstract

The site B8b in Oslo, Norway, measured over 10,000 cubic metres and was excavated by the Norwegian Maritime Museum (NMM) and the Norwegian Institute for Cultural Heritage Research (NIKU) in 2022–2023. This paper presents the workflow for the 3D reconstruction of the stratigraphic phases on NMM's part of the site. The challenges that come with 3D reconstructing a site of this size are discussed and compared to other sites where 3D stratigraphic reconstruction has been attempted. For this study, solid meshes of the stratigraphy were created in Blender, then integrated with other excavation data in ArcGIS PRO. The 3D dataset of the stratigraphy was subsequently used for analysing the inclination of the former seafloor and the relationship between the site's stratigraphy and finds such as a late medieval boat wreck.

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在大型抢救性考古遗址中应用三维地层重建技术。挪威奥斯陆中世纪和现代早期海底地形案例研究
位于挪威奥斯陆的 B8b 遗址面积超过 10,000 立方米,由挪威海事博物馆(NMM)和挪威文化遗产研究所(NIKU)于 2022-2023 年进行发掘。本文介绍了挪威海事博物馆部分遗址地层阶段的三维重建工作流程。本文讨论了对如此规模的遗址进行三维重建所面临的挑战,并与其他尝试过三维地层重建的遗址进行了比较。在这项研究中,地层的实体网格是在 Blender 中创建的,然后与 ArcGIS PRO 中的其他发掘数据进行了整合。地层的三维数据集随后被用于分析前海底的倾斜度以及遗址地层与中世纪晚期沉船等发现之间的关系。
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CiteScore
5.40
自引率
0.00%
发文量
33
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