Current trends in the distribution of ice deposit fields on the territory of Ukraine during 1991-2020 regarding 1981-2010

S. Pyasetska, O. Shcheglov
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Abstract

The presented article is devoted to the study of modern trends in the spread of ice deposits on the territory of Ukraine in the last thirty years of 1991-2020 (new climate standard) relative to the period 1981-2010. recommended by WMO. The conducted research is related to the research work on the study of climate change carried out at the UkrSMI. Question status. Despite certain achievements in the study of the distribution of ice-frost deposits in the territory of Ukraine in the past, the task of determining the existing trends and subsequent changes in their distribution under the influence of climate change remains unresolved. The purpose of the study was to determine the current state and features of the distribution of the field of ice deposits on the territory of Ukraine with the identification of centers of increase and decrease in the average amount of such deposits, as well as trends relative to another observation period. Materials and methods. Data of actual instrumental observations of ice deposits at all meteorological stations of Ukraine for two periods 1991-2020 and 1981-2010 were used for processing. The main research methods were physical-statistical with the determination of the normalized values of the number of cases of such deposits and cartographic with the visualization of the results. The information obtained is not only informative, since it reflects the current trends in the distribution of one of the types of ice-frost deposits, which are adverse weather phenomena, but also allows you to plan the work of weather-dependent industries in more detail, ensuring their uninterrupted operation. Main results. It has been established that most of the deviations of the average number of ice cases for the study period relative to the period of 1981-2010. were insignificant, but in some areas during the cold season, especially in winter, they reached higher values. values. It has been established that in January and December there is a predominance of positive deviations of the average number of ice cases in Ukraine. Most of the centers of positive deviations are based on the territory of the western region from Volyn. Rivne and Zhytomyr regions to the Carpathians, as well as in the north of the Chernihiv and Sumy regions, as well as in a number of central regions from Vinnitsa to Poltava and Dnepropetrovsk regions. Also, noticeable foci of such deviations are observed in the north and east of the Kharkiv region, as well as in the north of the Luhansk region. They are noticeable in the south of the country. In February and March, foci of negative deviations were most often encountered. The most pronounced of them were observed in the western region in the territory from the Zhytomyr region to the Carpathian region, as well as in some central regions. In February, a focus of positive deposits was discovered in the north of the Chernihiv region. In April-October, the field of ice deposits for 1991-2020. compared to 1981-2010 practically did not change. In November, an increase in the number and spatial distribution of positive deviations of the average amount of ice deposits was revealed. They were mainly distributed in the central regions from Vinnitsa to the Poltava and Dnepropetrovsk regions, as well as in the east of the Kharkiv region and the north of the Luhansk region.
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1991-2020年期间乌克兰境内冰沉积场分布的当前趋势(1981-2010年)
本文致力于研究1991-2020年(新气候标准)与1981-2010年期间相比,乌克兰领土上冰沉积扩散的现代趋势。由WMO推荐。所进行的研究与UkrSMI开展的气候变化研究工作有关。问题状态。尽管过去在研究乌克兰境内冰霜沉积物分布方面取得了某些成就,但确定其分布在气候变化影响下的现有趋势及其后续变化的任务仍未解决。这项研究的目的是确定乌克兰领土上冰沉积物分布的现状和特征,确定这种沉积物平均数量增加和减少的中心,以及相对于另一个观察期的趋势。材料和方法。利用乌克兰各气象站1991-2020年和1981-2010年两个时期冰沉积的实际仪器观测资料进行处理。主要的研究方法是物理统计法,确定此类矿床的例数归一化值;制图法,将结果可视化。所获得的信息不仅具有信息性,因为它反映了一种类型的冰霜沉积物的分布趋势,这是不利的天气现象,而且还允许您更详细地规划依赖天气的行业的工作,确保其不间断运行。主要的结果。研究期的平均冰例数与1981-2010年的差异较大。均不显著,但在某些地区,特别是在冬季,它们达到了较高的值。值。已经确定,在1月和12月,乌克兰的冰的平均数目有明显的正偏差。大多数正偏差的中心是基于沃林西部地区的领土。河和日托米尔地区到喀尔巴阡山脉,以及切尔尼耶夫和苏梅地区的北部,以及从文尼察到波尔塔瓦和第聂伯罗彼得罗夫斯克地区的一些中部地区。此外,在哈尔科夫地区的北部和东部以及卢甘斯克地区的北部也观察到这种偏差的明显焦点。它们在这个国家的南部很明显。在2月和3月,最常遇到负偏差的焦点。其中最明显的是在从日托米尔地区到喀尔巴阡地区的西部地区,以及一些中部地区。2月,在切尔尼耶夫地区北部发现了一个正矿床的焦点。4 - 10月,1991-2020年冰沉积领域。与1981-2010年相比几乎没有变化。11月,平均冰沉积量正偏差的数量和空间分布增加。他们主要分布在从文尼察到波尔塔瓦和第聂伯罗彼得罗夫斯克地区的中部地区,以及哈尔科夫地区东部和卢甘斯克地区北部。
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