FEATURES OF GEOMORPHOLOGY STRUCTURE OF THE GNIVAN GRANITE QUARRY (VINNYTSIA REGION)

Anastasiia Pavelchuk
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Abstract

The Hnivan granite quarry is located in Vinnytsia district of Vinnytsia region. Geomorphologically, territory belongs to the western edge of the Dnieper Upland. Geostructurally, the quarry is located on the western edge of the Ukrainian shield, within the Podilsky megablock. Since the beginning of development, 7 rock horizons have been fully opened. As of today, the 8th horizon is being developed, and the development of the 9th horizon is planned in the future. The Hnivan quarry is a deep polygonal trapezoidal quarry in plan with many steps in profile. Morphometric characteristics of the Hnivan quarry and dump complex: the maximum length from north to south (including dumps of overburden strata) is 1 800 m; the maximum length of the quarry pit from north to south is 1 400 m, the maximum width from west to east is 900 m. The absolute heights within the mining are 230–255 m, the absolute height of the mine floor is 130 m. The depth of the quarry pit is currently about 105 m. The bottom is 97 meters below the level of the Southern Buh river. Quarry landforms are divided into produced relief forms, caused by anthropogenic denudation and bulked relief forms, created as a result of anthropogenic accumulation. The produced relief of the Hnivan quarry is represented by the bottom and walls. The bottom has a complex geometric shape of an elongated polygon from north to south. It consists of the bottom of the seventh developed horizon and the eighth horizon, where mining operations are carried out. Between these horizons, there is a step 15 m high. The surface of the bottom is flat, there are no internal dumps. The walls of the quarry are characterized by a multi-step shape in profile. They are approximately the same in height, steepness and nature of the processes. The structure of the walls in the upper parts, which are represented by ledges of overburden horizons, is different. The ancient steps of the mine walls are significantly disturbed by weathering, water erosion and gravitational processes. The produced relief forms of the quarry are represented by overburden dumps and processing plant dumps. All of them are located outside the quarry and are external dumps. Dumps of overburden strata are recultivated - stable and artificially forested. This example of carrying out reclamation works of a part of the quarry and dump complex can be a model for the improvement of anthropogenically disturbed territories. Key words: granite quarries; geomorphological structure; excavated relief; heaped relief; Hnivan.
文尼察地区花岗岩采石场地貌结构特征
Hnivan花岗岩采石场位于文尼察地区的文尼察区。地貌学上,领土属于第聂伯河高地的西部边缘。从地质结构上看,采石场位于乌克兰盾的西部边缘,在Podilsky大石块内。自开发开始以来,已经完全打开了7个岩石层。截至今天,第八地平线正在开发中,未来第九地平线的开发正在规划中。涅瓦采石场是一个深多边形梯形采石场,在平面上有许多台阶。涅瓦采石场和排土场复合体的形态特征:自北向南(含覆岩排土场)最大长度为1 800 m;采石场从北到南最大长度为1 400 m,从西到东最大宽度为900 m。矿区内绝对高度为230 ~ 255 m,底板绝对高度为130 m。采石场的深度目前约为105米。它的底部比南布江的水平面低97米。采石场地貌可分为人为剥蚀形成的生产地形和人为堆积形成的大块地形。涅凡采石场的浮雕由底部和墙壁代表。底部由北向南呈细长多边形的复杂几何形状。它由第七层的底部和第八层组成,在那里进行采矿作业。在这些地平线之间,有一个15米高的台阶。底部表面平整,内部没有垃圾场。采石场的墙壁在轮廓上具有多台阶的形状。它们在高度、陡度和过程的性质上大致相同。以上覆岩层岩架为代表的上部围岩结构不同。矿井墙壁的古老台阶受到风化、水侵蚀和重力作用的明显干扰。采石场产生的地形形式以覆盖层堆积场和加工厂堆积场为代表。它们都位于采石场外,是外部垃圾场。复盖岩层的堆积场被重新耕作——稳定和人工造林。这个在部分采石场及排土场进行填海工程的例子,可作为改善受人为干扰地区的典范。关键词:花岗岩采石场;地貌结构;挖掘救援;堆救援;Hnivan。
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