The study of the periodicity of catastrophic spring floods on the territory of Ukraine

V. Ovcharuk, O. Prokofiev, O. Todorova, N. Kichuk
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引用次数: 2

Abstract

Introduction. In the period of global and regional climate change in almost all the regions of our planet there is an increase in cases of extreme natural phenomena, which definitely include floods of various origin. Over the past decades, according to the Centre for Research on the Epidemiology of Disasters (CRED), in many countries of the world there has been a record high number of natural disasters which affected about 2.7 billion people, that is more than one third of the world's population. The purpose of article is to analyze historical data and study the current state and trends in the frequency of catastrophic floods. Methods. To estimate the trends in the chronological series of the maximum runoff of rivers the methods of statistical analysis and spatial generalization have been used. Results. On the basis of literature sources and taking into account current data, frequency of flooding in the period from 900 to 2010 in the territory of Kyivan Rus and modern Ukraine has been estimated. Analyzing the results obtained, it can be noted that the largest number of floods was observed in the period from 1501 to 1600 years (11 cases), from 1601 to 1700 years (13 cases), and in the modern period from 1901 to 2000 (10 cases); 900-1000 and 1701-1800 years can be considered as the periods with the smallest number of cases. Since the beginning of the new millennium catastrophic and high floods have been observed in Europe almost every year. In order to estimate the repeatability of catastrophic floods at the rivers in Ukraine, the chronological series of the maximum runoff of spring water have been made up in accordance with the data of hydrological stations, which have the largest and preferably continuous periods of observations from their beginning until 2015 inclusive. The analysis has shown that in Ukraine the spring floods in 1932 and 1970 are classified as catastrophic. The analysis of trends in the chronological series of annual maxima in conditions of climate change showed their heterogeneity across the territory of Ukraine: on the left bank of the Dnieper and in the Siverskyi Donets basin there is a tendency towards earlier periods of snowmelt and the occurrence of the spring floods, and on the other territory, on the contrary, there is a tendency of increase in cases of winter floods instead of the spring high water. The scientific novelty of the study is determined by the use of observational data up to 2015 inclusive, and its practical significance is determined by the opportunity to use the results when justifying hydrotechnical projects in order to minimize the consequences of catastrophic floods on rivers.
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对乌克兰境内灾难性春季洪水周期性的研究
介绍。在全球和区域气候变化期间,我们星球上几乎所有地区的极端自然现象都有所增加,其中肯定包括各种来源的洪水。根据灾害流行病学研究中心(CRED)的数据,在过去几十年里,世界上许多国家发生的自然灾害数量创历史新高,影响了大约27亿人,占世界人口的三分之一以上。本文的目的是分析历史资料,研究特大洪水发生频率的现状和趋势。本文采用统计分析和空间概化的方法来估计河流最大径流量的时间序列变化趋势。在文献资料的基础上,并考虑到目前的数据,从900年到2010年期间,在基辅罗斯和现代乌克兰境内的洪水频率进行了估计。结果表明:1501 ~ 1600年、1601 ~ 1700年和近代1901 ~ 2000年洪水发生次数最多,分别为11次、13次和10次;900-1000年和1701-1800年可视为病例数最少的时期。自新千年开始以来,欧洲几乎每年都会发生灾难性的大洪水。为了估计乌克兰河流灾难性洪水的可重复性,根据水文站的数据编制了最大泉水径流的时间序列,这些水文站从开始到2015年(含2015年)具有最大和最好的连续观测期。分析表明,乌克兰1932年和1970年的春季洪水属于灾难性的。对气候变化条件下的年最大值的时间序列趋势的分析表明,乌克兰境内的气候变化具有异质性:在第聂伯河左岸和Siverskyi Donets盆地,融雪和春季洪水的发生有提前的趋势,而在另一领土,相反,冬季洪水的情况有增加的趋势,而不是春季高潮。该研究的科学新颖性取决于使用截至2015年(含2015年)的观测数据,而其实际意义取决于有机会在证明水利工程项目时使用这些结果,以尽量减少灾难性洪水对河流的影响。
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