State of the information and analytic database of exogenous geological processes on the territory of the Ural Federal District

S. Elokhina, T.S. Myznikova, A. Khudyakov
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Abstract

13 genetic types of dangerous exogenous geological processes (EGP) have been developed on the territory of the Ural Federal District (UFD). This work aims to illustrate the system of accounting and accumulating information on the manifestations of dangerous EGPs of each genetic type. When conducting the state monitoring of the subsurface state (SMSS), the information about the EGP manifestations is accumulated in the structured data arrays (SDAs), which are organized for each subject of the Russian Federation within the UFD. The sources of information are the results of areal regular and one-time engineering and geological surveys, materials from official open and stock sources. On the basis of accumulated data, we have concluded that the most common genetic types of dangerous EGPs in the UFD territory are gully erosion (28.4 %) and karst-suffusion process (21.5 %), which make up about half of the total number of all recorded manifestations. The operation of the information and analytical base of the SMSS EGP allows to perform accounting, analytical (including the identification of patterns of EGP development for a selected time interval), reporting and statistical functions, increases the reliability of seasonal and annual forecasts.
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乌拉尔联邦区外生地质过程信息和分析数据库现状
在乌拉尔联邦区(UFD)境内开发了13种危险外源地质过程(EGP)的成因类型。这项工作的目的是说明系统的会计和积累信息的危险egp的表现,每一种遗传类型。在进行地下状态(SMSS)的状态监测时,有关EGP表现的信息积累在结构化数据阵列(sda)中,这些数据阵列是为UFD内俄罗斯联邦的每个主题组织的。信息来源是地区定期和一次性工程和地质调查的结果,资料来自官方公开和库存来源。根据累积的数据,我们得出结论,UFD地区最常见的危险egp遗传类型是沟沟侵蚀(28.4%)和喀斯特-弥漫过程(21.5%),占所有记录的egp总数的一半左右。SMSS EGP的信息和分析基础的运作允许执行会计、分析(包括确定EGP在选定时间间隔内的发展模式)、报告和统计功能,增加了季节和年度预测的可靠性。
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发文量
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审稿时长
12 weeks
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