不同污染程度水体附生藻类群落结构

Q4 Environmental Science
T. Shevchenko, P. Klochenko, G. Kharchenko, Z. Gorbunova
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引用次数: 0

摘要

在乌克兰Bila Tserkva镇的“Oleksandriya”国家树木公园的水体中研究了附生藻类的群落结构。研究发现,与中部和东部沟谷水体相比,位于西部沟谷的池塘具有本质上更高水平的复杂人为污染(由氮、磷、氯化物、硫酸盐和有机物质等无机化合物构成)。不同污染程度水体中所划分的附生藻类群落类型在诊断分类群的组成、数量和生态特征、附生藻类总体物种丰富度、单个群落平均物种数量、分类结构、藻类发育定量指标、优势种复合体等方面也存在差异。研究发现,西部沟壑区池塘的附生藻类群落属于Gomphonemo parvuli-Nitzschietum paleae,而中部和东部沟壑区池塘的附生藻类群落属于Cocconeo placentulae-Naviculetum tripunctatae。所获得的附生藻类群落数据可用于生态监测中不同污染程度水体状态的共生指示。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Structure of the Communities of Epiphyton Algae in the Water Bodies Differing in the Level of Contamination
The structure of the communities of epiphyton algae was studied in the water bodies of the «Oleksandriya» State Dendrological Park (the town of Bila Tserkva, Ukraine). It has been found that the ponds located in the Western ravine were characterized by an essentially higher level of complex anthropogenic contamination (by inorganic compounds of nitrogen and phosphorus, chloride, sulfate, and organic substances) compared to the water bodies of the Middle and Eastern ravines. Respectively, the types of the communities of epiphyton algae (syntaxa) distinguished in the water bodies differing in the level of contamination also differed in the composition, number, and ecological characteristics of diagnostic taxa, in the species richness of epiphyton algae on the whole, in the average number of species in individual communities, in their taxonomic structure, in the quantitative indices of algae development, and in the complex of dominant species. It has been found that the communities of epiphyton algae registered in the ponds of the Western ravine belong to the association Gomphonemo parvuli-Nitzschietum paleae, whereas the communities of epiphyton occurring in the Middle and Eastern ravines - to the association Cocconeo placentulae-Naviculetum tripunctatae. The obtained data on the communities of epiphyton algae can be used for synbioindication of the state of water bodies differing in the level of contamination in performing ecological monitoring.
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来源期刊
Hydrobiological Journal
Hydrobiological Journal Environmental Science-Ecology
CiteScore
0.90
自引率
0.00%
发文量
36
期刊介绍: This journal contains translations from the premier Russian and Eastern European periodicals in aquatic biology and aquatic ecosystems, supplemented by original articles from elsewhere. The journal publishes in the area of physiology, biochemistry, systematics, ecology and conservation of freshwater fish, invertebrates, vascular plants, zoo- and phytoplankton, as well as freshwater quality and toxicology. While most of the papers deal with inland waters, the journal also publishes articles reporting on expeditionary work, especially the Antarctic and tropical seas. Hydrobiological Journal is valuable to freshwater and marine biologists and chemists, limnologists, environmental scientists, oceanographers, and toxicologists.
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