ROZTOCHIA LANDFORM MORPHOTYPES

{"title":"ROZTOCHIA LANDFORM MORPHOTYPES","authors":"","doi":"10.30970/gpc.2019.2.3063","DOIUrl":null,"url":null,"abstract":"The issues of relief morphotype classification have not been solved yet, as there are no clear criteria for their selection. The article proposes to use semantic-oriented morphometric relief analysis for relief classifying. The algorithm of its implementation is as follows: 1) reasonable classificating taxonomic relief units; 2) defining their semantic names; 3) evaluating and selecting the morphometric descriptors of identified morphotypes.\nThe study is based on the results of field landscape observations in the Ukrainian part of The Roztochia, which were accompanied by instrumental morphometric measurements and landscapes panoramic photographing.\nFor morphometric analysis of The Roztochia, the digital relief model (DEM) of SRTM 30 version 2.1 with pixel size (60x60 m) has been used, for its Ukrainian part the authors have built DEM on the basis of synthesized horizontals of topographic maps of scale 1:10000 and 1: 25000, laying of horizontals 1 m and 5 m, pixel size (15x15 m). By means of ArcGis 10.0 software package, the following models have been created: slope gradient, horizontal dismemberment, vertical dismemberment (relative elevation), aspect, elevation levels, thalwegs, watersheds, Landform Classificaton, Slope Position Classificaton, Topographic Position Index. The analysis of these models made it possible to select identification descriptors for selecting meso-relief units, i.e. area (according to R. Dikau (1990)), relative elevation, mean slope, compactness.\nIt has been established that the meso-relief gradation of subcategory “B” in The Roztochia differs slightly in area from the “standard” one after R. Dicau and is in range of 105–108 m2. This proves that the morphometric descriptors of the morphological classification of the relief units need to be determined according to the features of the region separately for plains, heighlands and mountains.\nThe semantic analysis made it possible to give names to the selected units of meso-relief. The main names of relief units, used in Polish and Ukrainian literature have been analyzed, and their English-speaking counterparts have been found.\nThe map of The Ukrainian Roztochia meso-relief has been created. The following meso-relief units are distinguished: high-gradient hill, medium-gradient hill, lawe gradient hill, knoll, ridge, escarpment, longitudinal depression, upper plain, lower plain, basin, valley. Nearly 70% of the region is occupied with hill.\nKeywords: landform morphotype; mesorelief; Roztochia; semantics.","PeriodicalId":374629,"journal":{"name":"PROBLEMS OF GEOMORPHOLOGY AND PALEOGEOGRAPHY OF THE UKRANIAN CARPATHIANS AND ADJACENT AREAS","volume":"38 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2020-03-10","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"PROBLEMS OF GEOMORPHOLOGY AND PALEOGEOGRAPHY OF THE UKRANIAN CARPATHIANS AND ADJACENT AREAS","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.30970/gpc.2019.2.3063","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
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Abstract

The issues of relief morphotype classification have not been solved yet, as there are no clear criteria for their selection. The article proposes to use semantic-oriented morphometric relief analysis for relief classifying. The algorithm of its implementation is as follows: 1) reasonable classificating taxonomic relief units; 2) defining their semantic names; 3) evaluating and selecting the morphometric descriptors of identified morphotypes. The study is based on the results of field landscape observations in the Ukrainian part of The Roztochia, which were accompanied by instrumental morphometric measurements and landscapes panoramic photographing. For morphometric analysis of The Roztochia, the digital relief model (DEM) of SRTM 30 version 2.1 with pixel size (60x60 m) has been used, for its Ukrainian part the authors have built DEM on the basis of synthesized horizontals of topographic maps of scale 1:10000 and 1: 25000, laying of horizontals 1 m and 5 m, pixel size (15x15 m). By means of ArcGis 10.0 software package, the following models have been created: slope gradient, horizontal dismemberment, vertical dismemberment (relative elevation), aspect, elevation levels, thalwegs, watersheds, Landform Classificaton, Slope Position Classificaton, Topographic Position Index. The analysis of these models made it possible to select identification descriptors for selecting meso-relief units, i.e. area (according to R. Dikau (1990)), relative elevation, mean slope, compactness. It has been established that the meso-relief gradation of subcategory “B” in The Roztochia differs slightly in area from the “standard” one after R. Dicau and is in range of 105–108 m2. This proves that the morphometric descriptors of the morphological classification of the relief units need to be determined according to the features of the region separately for plains, heighlands and mountains. The semantic analysis made it possible to give names to the selected units of meso-relief. The main names of relief units, used in Polish and Ukrainian literature have been analyzed, and their English-speaking counterparts have been found. The map of The Ukrainian Roztochia meso-relief has been created. The following meso-relief units are distinguished: high-gradient hill, medium-gradient hill, lawe gradient hill, knoll, ridge, escarpment, longitudinal depression, upper plain, lower plain, basin, valley. Nearly 70% of the region is occupied with hill. Keywords: landform morphotype; mesorelief; Roztochia; semantics.
Roztochia地貌形态
浮雕形态分类问题尚未解决,浮雕形态的选择尚无明确的标准。本文提出将面向语义的形态计量地貌分析用于地貌分类。其实现算法如下:1)合理划分分类救济单元;2)定义语义名称;3)评价和选择已识别的形态型的形态计量描述符。这项研究是基于在Roztochia乌克兰部分的实地景观观测结果,伴随着仪器形态测量和景观全景摄影。Roztochia的形态计量学分析采用SRTM 30 2.1版本的数字地形模型(DEM),像素大小为60x60 m,乌克兰部分在1:10000和1:25 000比例尺地形图的合成水平线上,铺设水平1 m和5 m,像素大小为15x15 m的基础上建立DEM,利用ArcGis 10.0软件包建立了以下模型:坡度、水平分解、垂直分解(相对高程)、坡向、高程、高程、流域、地貌分类、坡位分类、地形位置指数。通过对这些模型的分析,可以选择用于选择中观地形单元的识别描述符,即面积(根据R. Dikau(1990))、相对高程、平均坡度、密实度。结果表明,罗泽托奇亚“B”亚类的中地形级配面积与R. Dicau之后的“标准”中地形级配面积略有不同,在105 ~ 108 m2之间。这证明了平原、高地、山地等地形单元形态分类的形态计量描述符需要根据区域特征分别确定。通过语义分析,可以为选定的中观地形单元命名。对波兰和乌克兰文献中使用的救援单位的主要名称进行了分析,并找到了与之对应的英语名称。乌克兰Roztochia中地形地图绘制完成。中观地形单元可分为高梯度丘、中梯度丘、低梯度丘、小丘、山脊、陡崖、纵向洼地、上平原、下平原、盆地、山谷。该地区近70%的面积为山地。关键词:地貌形态;中地形;Roztochia;语义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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