The role of wetlands in decreasing small rivers eutrofication in the Kaliningrad region

S. Umansky, M. Kondratenko, M. Shibaeva
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Abstract

The characteristics of possible ways of solving the problem is described as well as theproof of expediency of realization of measures on decrease of the small riverseutrofication level with the help of self-cleaning abilities ofwetlands is given.As an analog-object for research the river Gurievka (the right inflow of the river Pregel).The water resources of this river are used for hydropower and water-supply fish-breedingfarm.On basis of hydrochemical analysis and usage of bioindication method for saprobityestimation the analysis of state of water ecosystem in carried out for upper, average andundercurrent of the river Gurievka.The waters of the river Gurievka refer to a category "moderately - contaminated".The first results on wetland cleaning capacity research are described. This wetland islocated in the middle part of the river and presented by marshy part of the channel withextention of 120 m.Typha latifolia L. dominates in aquatic plants community's structure.The decrease of water contamination level is noted with passing of water through wetland(COD5 at the input - 4, I Mr02/JI, at the output - 2,2 MrOi/n).By results of study of ecological state of the river it is offered to conduct operations onreconstruction of the coastal zone and creation of artificial wetlands on plots subjected tothe greatest anthropogenic influence.
加里宁格勒地区湿地在减少小河流富营养化中的作用
阐述了解决这一问题的各种可能途径的特点,并论证了利用湿地的自净能力实现降低小河营养化水平的措施的方便性。作为研究的模拟对象,古里夫卡河(普雷格尔河的右入流)。这条河的水资源用于水力发电和供水养鱼场。在水化学分析的基础上,运用生物指示法对古里耶夫卡河上游、平均流和暗流进行了水生态系统状态分析。古里耶夫卡河的水属于“中度污染”的范畴。介绍了湿地净化能力研究的初步成果。该湿地位于河流中部,由河道的沼泽部分组成,延伸120米。在水生植物群落结构中,风叶(Typha latifolia L.)占据优势。随着水通过湿地,水质污染程度降低(输入COD5为- 4,1 Mr02/JI,输出COD5为- 2,2 MrOi/n)。根据河流生态状况的研究结果,提出了在人类活动影响最大的地块上进行海岸带改造和人工湿地建设的操作。
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