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Algal Bio-Indication in Assessment of Hydrological Impact on Ecosystem in Wetlands of “Slavyansky Resort”

机译:评估“ Slavyansky度假村”湿地水文对生态系统影响的藻类生物指示

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Algal bio-indication is commonly used in water quality assessment but can also help in assessing the impact of hydrology on freshwater wetland ecosystems.We identified 350 species and infraspecific taxa of algae from nine taxonomic divisions (Cyanoprokaryota, Chrysophyta, Euglenophyta,Dinophyta,Xanthophyta,Cryptophyta,Bacillariophyta,Chlorophyta,Charophyta) in 121 phytoplankton samples collected between 2007-2013 from seven lakes in the wetlands of the Regional Landscape Park “Slavyansky Resort”, Ukraine. The algal species richness and phytoplankton biomass decreased as water salinity increased. In turn the water salinity was influenced by the inflow of groundwater, karst fracture and by the alluvial water tributaries of a paleoriver that affects the formation processes of lake-spring sulphide mud from the resort, which is often used for therapeutic purposes.
机译:藻类生物指示通常用于水质评估,但也可以帮助评估水文学对淡水湿地生态系统的影响。我们从9个分类学区(蓝藻原藻,金眼藻,裸藻藻,狄氏藻,黄藻,在2007-2013年之间,从乌克兰地区景观公园“ Slavyansky Resort”湿地中的七个湖泊中收集的121个浮游植物样本中的隐藻,芽孢杆菌,叶绿藻,Charophyta)。随着水盐度的增加,藻类物种的丰富度和浮游植物的生物量减少。反过来,水的盐度受到地下水的流入,喀斯特地貌的破裂以及古河冲积水支流的影响,该支流影响了度假胜地湖泉硫化物泥浆的形成过程,通常将其用于治疗目的。

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