浮雕雄性观蝇形态分析

Pavlo Horishnyi
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引用次数: 0

摘要

在绘制了Zubra - Sukhodilka流域关键部分1:50 000比例尺地貌图的基础上,对地形进行了雄蛇柳形态分析。形态映射的关键在于考虑地形的点状、线状和面状元素。研究区绝对高度为255 ~ 405 m(高原330 ~ 405 m,低地(主要山谷)255 ~ 290 m),祖布拉河流域相对高度为50 ~ 100 m,达维迪夫卡-苏霍季尔卡河流域相对高度为70 ~ 130 m。浮雕的四种主要线性元素是三角形、梳状、凸形和凹形弯曲。最常见的线性元素是维格。它们是浅河谷、河谷和最大的沟壑的底部。线状到达的主要方向为对角线(北西-东南)。凸起的弯道勾勒出高地的表面和平地。它们还将平缓的分水岭斜坡与陡峭的山谷斜坡分开。凹弯通常是更大的河谷的边界。这些地形元素是完全孤立的,这表明斜坡和底部之间有明显的接触。梳是最不常见的线性元素。它与高原表面的圆度和直线以及在笔直的斜坡上少量突然变化的水平方向有关。浮雕的虚线元素作为高点提交。大多数高点都是圆形的。根据剖面和平面图,地形要素被呈现为高地(分水岭)表面、平原、山谷底部和不同形状的斜坡。高地的表面很明显。它们的绝对高度估计在350到380米之间。高地表面不占中间地带的上部;它们被分为两部分。高地表面的形状被强烈地拉伸。浮雕表面的形态性质从断面上看是弱弯曲、平,从经度上看是弱弯曲、波状。平地的表面是浮雕的次水平元素,这是浮雕的中间位置。这些表面被一个或两个凹弯所包围。Zubra的谷底宽度为190-770米,Davydivka的谷底宽度为190-770米,Sukhodilka的谷底宽度为140-820米。横截面的形状主要是平坦的,只有在浅山谷中它部分是凹的。斜坡占据了研究区域的大部分,因此它们在亚水平表面上占上风。凸坡占上风;最不常见的是凹坡。关键词:地形形态分析;形态地图;救济要素;男性Opillia。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
THE MALE OPILLIA MORPHOLOGICAL ANALYSIS OF RELIEF
The Male Opillia morphological analysis of relief has been carried out on the basis of constructed morphological maps on the scale of 1:50 000 for the key part of the Zubra – Sukhodilka watershed. The morphological mapping lies in taking into consideration dotted, linear and areal elements of relief. The absolute heights of the study area are between 255 and 405 meters high (highland level – 330-405 m, lowland level (main valleys) – 255–290 m). The relative heights of the Zubra River Basin are between 50 and 100 m, Davydivka–Sukhodilka River Basin – between 70 and 130 m. Four main linear elements of relief are thalwegs, combes, convex and concave bends. The most common linear elements are thalwegs. They are the bottoms of shallow river valleys, arroyos, and largest gullies. The main direction of linear reach is diagonal (NW–SE). The convex bends delineate the highland surfaces and flats. They also separate gentle watershed slopes from steep valley slopes. The concave bends usually are the borders of greater river valleys. These elements of relief are entirely isolated, which demonstrates a discernible contact between slopes and bottoms. The combes are the least common linear elements. It is connected with the roundness and alignment of highland surfaces and a small number of sudden changes of directions of horizontals on the straightforward slopes. The dotted elements of relief are submitted as high points. Most high points are rounded. The areal elements of relief are submitted as highland (watershed) surfaces, flats, bottoms of valleys, and different shapes of slopes, according to the cross-section and plan. The highland surfaces are quite noticeable. Their absolute height is estimated between 350 and 380 m. The highland surfaces don’t occupy the upper parts of interfluves; they are divided into two parts. The shape of highland surfaces is strongly stretched along. The nature of morphology of the surface of relief is weakly curved and flat according to the cross-section, and weakly curved and wavy according to the longitude. The surfaces of the flats are subhorizontal elements of relief, which are an intermediate position in relief. These surfaces are bounded by one or two concave bends. The bottoms of the valleys of the Zubra are 190–770 m in width, the Davydivka – 190–770 m, the Sukhodilka – 140-820 m. The shape of the cross-section is predominantly flat, and only in shallow valleys it’s partly concave. The slopes occupy much of the study area so that they prevail over subhorizontal surfaces. The convex slopes prevail; the least common are concave slopes. Key words: morphological analysis of relief; morphological map; elements of relief; Male Opillia.
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