Relief Morphometry of Nayaseri Watershed: A Case Study in Northern Slopes of Shimla, Himachal Pradesh, India

Tajvir
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Abstract

The study of relief elements is very significant in geography. Relief set the stage for all types of development of cultural features on the surface of the earth. To make planning regarding development of cultural landscape, for sustainable development, the study of relief is must, particularly in mountainous regions. The study of relief enlighten many characteristics of the area, like - slope, dissection of area, stability and instability of topography, erosion capacity of area, hydrological aspects and stages of sequential development of landforms etc.  In the light of this need, relief morphometry of catchment has been studied. To study the Morphometry of the watershed, parameters like – relative relief, absolute relief, dissection index, slope, hypsometric integral curve, clinographic curve,  relief ratio and ruggedness number, relief profile have been taken. The topographical map published by Government of India is the database of the analysis. Instruments, like- Rotameter and Planimeter have been used for various measurements. The observations per square kilometer are taken to calculate the areal coverage of absolute and relative relief, average slope and dissection index. The study reveals that the watershed has experienced tectonic incidences in the recent past. Fault, submergence, upliftment, tilt and sudden breaks of slopes are imprints of these activities on topography of the area. Indicators like - Slope, relief ratio, ruggedness number and relief profiles suggest that the watershed has Steep slopes, unstable landmass and capacity of intense erosion. Various measures of relief also imply that the area is in the youthful phase of its sequential development.
纳亚塞里流域地形形态测量:以印度喜马偕尔邦西姆拉北坡为例
地形要素研究在地理学中具有十分重要的意义。救济为地球表面各种文化特征的发展奠定了基础。要制定文化景观的发展规划,实现可持续发展,必须对景观进行研究,特别是山区的景观研究。对地形起伏的研究揭示了该地区的许多特征,如坡度、地形的解剖、地形的稳定与不稳定、地区的侵蚀能力、水文方面和地形顺序发展的阶段等。针对这一需要,对流域地形形态学进行了研究。为了研究该流域的形态学特征,取了相对起伏度、绝对起伏度、解剖指数、坡度、等高积分曲线、坡度曲线、起伏比、起伏数、起伏剖面等参数。以印度政府出版的地形图为分析数据库。像旋转表和平面计这样的仪器已经用于各种测量。采用每平方公里观测值计算绝对地形和相对地形的面积覆盖率、平均坡度和解剖指数。研究表明,该流域在最近的过去经历了构造事件。断层、淹没、隆起、倾斜和斜坡的突然断裂是这些活动在该地区地形上的印记。坡度、起伏比、起伏数、起伏剖面等指标表明该流域坡度陡、陆块不稳定、侵蚀能力强。各种救济措施也表明该地区正处于其连续发展的年轻阶段。
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