首页> 外文期刊>Journal of Ecological Engineering >M?CIWOJóW RESERVOIR – STUDY OF A SMALL RETENTION RESERVOIR WITH AN INNOVATIVE WATER SELF-PURIFICATION SYSTEM
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M?CIWOJóW RESERVOIR – STUDY OF A SMALL RETENTION RESERVOIR WITH AN INNOVATIVE WATER SELF-PURIFICATION SYSTEM

机译:M?CIWOJóW水库-带有创新水自净系统的小型保留水库研究

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The study presents the characteristics of the M?ciwojów Reservoir equipped with a unique pre-reservoir structure that supports the process of self-purification of waters. The authors present more than ten years of studies, focusing mainly on the issues of water quality and the concentration of phosphorus, which is considered as the main factor influencing water eutrophication process. Quite a high concentration of phosphates was noted in the outflow from the main reservoir, in spite of a lower concentration of these compounds in the water leaving the pre-reservoir. Basing on the conducted analyses, the catchment of the reservoir was qualified as group 4, being very prone to the movement and supply of material to the reservoir. The negative value of the retention coefficient of phosphorus obtained for the main part of the reservoir points to the existence of an internal source of phosphorus supply to the reservoir. During over 10 years of studies, new directions of the development of the rural areas were determined. Future works should be extended so as to cover all elements of the ecosystem of the reservoir. In a longer term it seems natural to extend the research works to cover the whole catchment of Wierzbiak River.
机译:这项研究提出了M?ciwojów水库的特点,该水库配备了独特的预水库结构,可支持水的自净过程。作者目前进行了十多年的研究,主要集中在水质和磷的浓度问题上,而磷的含量被认为是影响水体富营养化过程的主要因素。尽管离开预储层的水中这些化合物的浓度较低,但在主储层的流出物中仍观察到高浓度的磷酸盐。根据进行的分析,储层的流域被定为第4组,非常容易向储层移动和供应材料。对于储层主要部分获得的磷保持系数的负值表明存在向储层供应磷的内部来源。在十多年的研究中,确定了农村地区发展的新方向。应该扩展未来的工作,以涵盖水库生态系统的所有要素。从长远来看,将研究工作扩展到Wierzbiak河的整个流域似乎是很自然的。

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