首页> 外文期刊>Procedia - Social and Behavioral Sciences >Analysis of Spatial Structure and Dynamics of Tom Valley Landscapes based on GIS, Digital Elevation Model and Remote Sensing
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Analysis of Spatial Structure and Dynamics of Tom Valley Landscapes based on GIS, Digital Elevation Model and Remote Sensing

机译:基于GIS,数字高程模型和遥感的汤姆谷景观空间结构与动态分析。

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The Tom river valley is characterized by the composite landscape structure, which is conditioned by its location in a zone of transition from Altay Mountain Region to the Western-Siberian Platform. The landscape systems of the valley have high speed of the natural transformations. Besides a lot of landscape systems have undergone serious anthropogenic modification during XX- XXI centuries. The Purpose of this work is the analysis of the spatial structure of Tom valley landscapes and their natural and anthropogenic changes from the end of XIX century. The Object of research is the Tom river valley within the limits of Tomsk Region. The Subject of research is the internal-valley differentiation of landscape systems, their modern state, natural dynamics and anthropogenic modification for last 100 years. There are used both the traditional methods of the research in physical geography (including the field expedition methods) and the newest methods of GIS-mapping and complex spatial analysis based on remote sensing data and digital elevation models. In the research there is used software: ArcGIS 10 (ESRI Inc.), ERDAS Imagine (ERDAS Inc.). The results are next: big geodatabase and GIS “Tom river valley” (including the set of digital landscape and other thematic maps with the scale 1:10 000 – 1:25 000), digital elevation model (DEM) of valley in TIN and GRID formats, morphometric indexes of landscape systems (based on DEM), main trends of landscape dynamics in the different parts of the valley.
机译:汤姆河谷的特征是复合景观结构,其位置取决于从阿尔泰山脉地区到西西伯利亚平台的过渡带。山谷的景观系统具有很高的自然转化速度。此外,在二十至二十一世纪期间,许多景观系统都经过了严重的人为改造。这项工作的目的是分析汤姆山谷景观的空间结构及其自十九世纪末以来的自然和人为变化。研究的对象是在托木斯克州范围内的汤姆河谷。研究的主题是近百年来景观系统的内谷分化,它们的现代状态,自然动力学和人为改变。既有自然地理学研究的传统方法(包括野外考察方法),又有基于遥感数据和数字高程模型的GIS映射和复杂空间分析的最新方法。在研究中,使用了以下软件:ArcGIS 10(ESRI Inc。),ERDAS Imagine(ERDAS Inc.)。接下来的结果是:大型地理数据库和GIS“汤姆河谷”(包括数字景观集和其他比例尺为1:10 000 – 1:25 000的专题地图),TIN和TN谷地数字高程模型(DEM) GRID格式,景观系统的形态计量指标(基于DEM),山谷不同地区景观动态的主要趋势。

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