Hydrological and hydrobotanic typology of the lake of North-Steppe Dnieper region

N. Roshchyna, B. Baranovski
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引用次数: 1

Abstract

This article is devoted to the typology of lakes of the North-Steppe Dnieper. In developing the typology of lakes, the parameters were taken into account: landscape location, hydro-chemical and hydro-biological characteristics and the degree of their anthropogenic transformation. The data presented are based on the processing of stationary and route research materials from 1998 to 2018 on the lakes of river valleys: Dnieper, Samara, and Orel. Hydrological indicators are analyzed according to the literature, cartographic and archival data of the Dneprodiprovodkhoz Institute and the Biology Research Institute of Oles Honchar Dnipropetrovsk National University. Floristic studies were carried out using general botanical methods of collection and herbarization, and in the study of typical aquatic flora - special hydro-botanical methods. Geo-botanical studies were carried out according to geo-botanical and special hydro-botanical methods. The article presents the hydrological and hydro-botanical features of the lakes of the valley of a large river (Dnieper) and medium rivers (Samara, Orel). Lakes are located exclusively in valley-terrace landscapes in the northern part of the steppe zone of Ukraine. Despite this, based on cartographic materials, we proposed zoning of the territory of the lakes of the North-Steppe Dnieper according to the criteria: their location in lake regions, in various landscapes and the degree of anthropogenic transformation. The following districts and subareas were identified: Dnieper Lake District (Dnieper floodplain lake subarea with slight flooding of the floodplain, Dnieper Lake subarea of floodplain terraces, Dievsky floodplain lake subarea); Samara Lake District (Lake Subarea of Samara Coniferous forest, Lake Subarea of Estuary part of Samara); Orel Lake District. Lakes are located in various physical and geographical conditions of the floodplain, arena and third saline terrace. The typology of the lakes of the North-Steppe Dnieper basin was developed on the basis of regionalization of the location of the lakes, distribution according to the ecological and topographic profile, hydrological, hydro-chemical regimes, degree and nature of overgrowing. 11 types of lakes are identified based on the above criteria. 6 types were identified for the valley of a large river: floodplain lakes (3 types) with a long-flow regime, lakes of the second (sandy) terrace (2 types) and highly mineralized lakes of the third (saline) terrace. 5 types were identified for the valleys of middle rivers: floodplain lakes (3 types) with an episodic short-burial regime, lakes of the second (sandy) terrace (low-mineralized) and excessively mineralized lakes of the third (saline) terrace.
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第聂伯河北草原地区湖泊的水文和水植物类型学
这篇文章致力于第聂伯河北部草原湖泊的类型学。在开发湖泊类型时,考虑了景观位置、水化学和水生物特征及其人为转化程度等参数。所提供的数据是基于1998年至2018年对第聂伯河、萨马拉和奥廖尔河谷湖泊的固定和路线研究材料的处理。水文指标是根据第聂伯罗彼得罗夫斯克国立大学第聂伯罗彼得罗夫斯克国立大学第聂伯罗彼得罗夫斯克国立大学第聂伯罗彼得罗夫斯克国立大学生物研究所的文献、地图和档案数据进行分析的。植物区系研究采用一般的植物采集和草药化方法,典型水生植物区系研究采用特殊的水植物学方法。地植物学研究是根据地植物学和特殊的水植物学方法进行的。本文介绍了大河(第聂伯河)和中等河流(萨马拉河、奥廖尔河)流域湖泊的水文和水文植物学特征。湖泊完全位于乌克兰草原区北部的山谷阶地景观中。尽管如此,基于地图资料,我们建议对第聂伯河北部草原湖泊的领土进行分区,根据这些标准:它们在湖泊地区的位置,在各种景观中的位置以及人为改变的程度。确定了第聂伯河湖区(第聂伯河漫滩轻度泛洪湖泊分区、第聂伯河漫滩阶地分区、迪耶夫斯基漫滩湖泊分区);萨马拉湖区(萨马拉针叶林湖泊分区、萨马拉河口部分湖泊分区);奥廖尔湖区。湖泊分布在各种自然地理条件下的洪泛平原、竞技场和第三盐碱地。第聂伯河北草原流域湖泊的类型学是根据湖泊的地理位置、生态和地形剖面、水文、水化学制度、过度生长的程度和性质划分的。根据上述标准确定了11种湖泊类型。在某大型河流流域,确定了6种类型的湖泊:具有长流状态的洪泛平原湖泊(3种)、第二阶地(砂质)湖泊(2种)和第三阶地(盐质)高度矿化的湖泊。在中游河谷中,发现了5种类型:具有幕式短埋藏制度的洪泛区湖泊(3种)、第二阶地(砂质)湖泊(低矿化)和第三阶地(盐碱地)过度矿化湖泊。
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