额尔齐斯河下游及其支流托博尔河的藻类植物群

L. A. Semenova, M. S. Bondar
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摘要

本文介绍了研究额尔齐斯河下游及其支流托博尔河的生物群落的结果。共鉴定出 432 个种级和亚种级分类群,分别来自 58 个科和 8 个系中的 124 个科。首次给出了藻类的系统列表。物种和种内丰富度最高的是绿藻、硅藻、蓝绿藻(蓝藻)和优藻(占总清单的 93%)。浮游物种、世界性物种和β-介囊藻占多数。在额尔齐斯河河口的浮游植物中,记录了 368 个属以下的藻类类群,在现代时期,在下游记录了 247 个类群,在托博尔河记录了 192 个类群。额尔齐斯河下游浮游生物中的藻类以种类繁多的绿藻和丰富的硅藻而著称,而在托博尔河则以蓝藻为主(八月)。额尔齐斯河河口段的特点是浮游植物、硅藻浮游生物的数量发展水平最高。现代时期的特点是小细胞绿藻、硅藻-氯球藻浮游生物的发展。在托博尔河(Tobol River)观察到,由蓝藻和绿藻植被引起的夏季藻类增生的发展水平很高。2000 年代出现的隐单胞菌表明调查河流的水体受到了有机污染。所获材料具有一定的科学价值和实用价值,可用于生物监测。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Algae flora of the Lower Irtysh and its tributary, the Tobol River
The results of algoflora studying the Lower Irtysh and its tributary, the Tobol River, are presented. A total of 432 taxa of species and subspecies ranks were identified from 124 of 58 families and 8 departments. For the first time, a systematic list of algae is given. The greatest species and intraspecific richness were characterized by green, diatoms, blue-green (cyanoprokaryotes) and euglenic algae (93 % of the total list). Planktonic species, cosmopolitan species and beta-mesosaprobes predominated. In the phytoplankton of the mouth of the Irtysh, 368 algae taxa with a rank below the genus were registered, in the modern period in the lower reaches - 247, in the Tobol River - 192. The algae of the Lower Irtysh plankton were distinguished by a large variety of green algae and an abundance of diatoms, in the Tobol River -cyanoprokaryotes (August). The estuary section of the Irtysh River was distinguished by the highest level of quantitative development of phytoplankton, diatomaceous plankton. The modern period is characterized by the development of small-cell green algae, diatom-chlorococcal plankton. A high level of development of summer algocenosis caused by the vegetation of cyanoprokaryotes and green algae was observed in the Tobol River. The appearance of cryptomonads in the 2000s indicates organic pollution of the water masses of the surveyed rivers. The obtained materials have a certain scientific and practical value and can be used in biomonitoring.
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