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首页> 外文期刊>Oceanology >Horizontal Structure of the Biocenosis of Marine Fouling in Taganrog Bay, Sea of Azov
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Horizontal Structure of the Biocenosis of Marine Fouling in Taganrog Bay, Sea of Azov

机译：亚速海的塔甘罗格湾海洋污损生物污染的水平结构

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During the cold time of a year, in the Sea of Azov, the substrate surface is completely covered with a bacterial and algal film. The settling is observed from the spring months until November. The maximum species diversity, namely, barnacles, hydroids, bryozoans, rotifers, infusorians, Camptozoa, and mussels, is observed in the summer. Due to the annual succession, barnacles and hydroids dominate and comprise 55-85 and 12-45% of the colonized area, respectively. With time, the fouling becomes more uniform; barnacles, hydroids, and mussels determine the coenosis appearance. The fouling of the water-intake by hydroids makes up 100% of its area; aqueducts are occupied by barnacles (60%) and mussels (40%); filtration systems are colonized by bryozoans (60%); and buoys are covered with macrophytes (42-60%) and barnacles (32-100%).
机译：在一年的寒冷时间内，在亚速海中，基底表面完全被细菌和藻类薄膜覆盖。从春季到十一月观察到沉降。在夏季，可以观察到最大的物种多样性，即藤壶，水生动物，苔藓虫，轮虫，输卵虫，弯曲杆菌和贻贝。由于一年一次的演替，藤壶和水生动物占主导地位，分别占殖民地面积的55-85和12-45％。随着时间的流逝，结垢变得更加均匀。藤壶，水hydro和贻贝决定了雌蕊的外观。水合物对进水的污染占其面积的100％;渡槽被藤壶（60％）和贻贝（40％）占据;过滤系统被苔藓菌（60％）定殖;浮标上覆盖着大型植物（42-60％）和藤壶（32-100％）。

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