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Structure and contents of a new geomorphological GIS database linked to a geomorphological map — With an example from Liden, central Sweden

机译:链接到地貌图的新地貌GIS数据库的结构和内容-以瑞典中部利登为例

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摘要

This paper presents the structure and contents of a standardised geomorphological GIS database that stores comprehensive scientific geomorphological data and constitutes the basis for processing and extracting spatial thematic data. The geodatabase contains spatial information on morphography/morphometry, hydrography, lithology, genesis, processes and age. A unique characteristic of the GIS geodatabase is that it is constructed in parallel with a new comprehensive geomorphological mapping system designed with GIS applications in mind. This close coupling enables easy digitalisation of the information from the geomorphological map into the GIS database for use in both scientific and practical applications. The selected platform, in which the geomorphological vector, raster and tabular data are stored, is the ESRI Personal geodatabase. Additional data such as an image of the original geomorphological map, DEMs or aerial orthographic images are also included in the database. The structure of the geomorphological database presented in this paper is exemplified for a study site around Liden, central Sweden.
机译:本文介绍了标准化地貌GIS数据库的结构和内容,该数据库存储了全面的科学地貌数据,并构成了处理和提取空间主题数据的基础。地理数据库包含有关形态/形态,水文,岩性,成因,过程和年龄的空间信息。 GIS地理数据库的独特之处在于,它是与考虑到GIS应用程序而设计的新的综合地貌制图系统并行构建的。这种紧密耦合使信息可以轻松地从地貌图数字化到GIS数据库中,以用于科学和实际应用。 ESRI Personal地理数据库是存储地貌矢量,栅格数据和表格数据的所选平台。数据库中还包括其他数据,例如原始地貌图的图像,DEM或航拍图像。本文介绍的地貌数据库结构以瑞典中部利登附近的一个研究地点为例。

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