Analysis of seasonal changes of thermal stratification in reservoir for drinking water supply (Slovakia, Turček reservoir)

Adrián Varga, Y. Velísková, M. Sokáč, V. Sočuvka, P. Mikula
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Abstract

Water reservoirs are important source in supplying inhabitants with drinking water of high–quality. In total, there are 8 reservoirs in Slovakia for drinking water supply purpose. The youngest of them is the Turček reservoir located in the middle of Slovakia, which is also the object of this study. In the article, we deal with the thermal stratification in it during 3 seasons (spring, summer, autumn). Based on the analysis of data provided by the operator of the reservoir from its operation start, it came out that the thermal stratification in the reservoir occurs significantly during the summer. In the given hydro–climatic conditions, it starts at the end of April and ends in October. We also analyzed the existence of the thermocline layer, which occurs mainly in the summer, but also in spring and in autumn, but not so significantly and regularly. Thermal stratification can be classified also by Thermocline Strength Index (TSI) that indicates the steepness of the thermocline or the average gradient of the thermocline layer, so the part of the study was focused also to this indicator.
饮用水水库热分层季节变化分析(斯洛伐克tur ek水库)
水库是向居民提供高质量饮用水的重要来源。斯洛伐克总共有8个水库供饮用。其中最年轻的是位于斯洛伐克中部的tur ek水库,也是本研究的对象。本文从春、夏、秋三个季节对其热分层进行了分析。通过对该水库运营单位自投产以来提供的数据进行分析,得出该水库热分层现象在夏季较为明显。在一定的水文气候条件下,开始于4月底,结束于10月。温跃层的存在主要发生在夏季,春季和秋季也有,但不那么明显和规律。热分层还可以通过温跃层强度指数(Thermocline Strength Index, TSI)进行分类,TSI表示温跃层的陡峭度或温跃层的平均梯度,因此本部分的研究也集中在该指标上。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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