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Aquatic Fungi and Straminipilous Organisms in the Lakes of the Elckie District

机译:埃尔基地区湖泊中的水生真菌和斜纹生物

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摘要

We analyzed the species composition of fungi and straminipilous organisms in relation to hydrochemical conditions in six lakes within the Elckie Lake District. The mycological investigations conducted in two vegetative seasons (2014-15) identified 44 species (eight aquatic fungi and 36 straminipilous organisms). The largest number of fungus species were found in lakes Lasmiady (23), Szarek (22), and Krzywe (20), and the fewest were detected in Elckie (12), Rajgrodzkie (13), and Drestwo (14). The diversity of the quantitative and qualitative composition of the mycobiota was probably associated with the content of biogenic compounds and organic substances in the water. The elevated levels of these parameters (lakes: Lasmiady, Szarek, and Krzywe) stimulated the growth and development of fungi and straminipilous organisms, whereas very high levels of biogenic compounds and organic matter (Lake Elckie) and their very low content (Lake Drqstwo) had an inhibitory effect.
机译:我们分析了Elckie湖区内六个湖泊中与水化学条件有关的真菌和斜纹生物的物种组成。在两个营养季节(2014-15年)进行的真菌学调查确定了44种(8种水生真菌和36种斜生生物)。在Lasmiady(23),Szarek(22)和Krzywe(20)湖中发现的真菌种类最多,而在Elckie(12),Rajgrodzkie(13)和Drestwo(14)中发现的真菌种类最少。分枝杆菌的定量和定性组成的多样性可能与水中生物源化合物和有机物的含量有关。这些参数(湖泊:Lasmiady,Szarek和Krzywe)的水平升高刺激了真菌和斜纹生物的生长和发育,而高水平的生物源化合物和有机物(埃尔基湖)及其含量却很低(Drqstwo湖)有抑制作用。

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