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Analysis of Macrobenthic Communities in a Post-Mining Sulphur Pit Lake (Poland)

机译:开采后硫坑湖(波兰)中的大型底栖动物群落分析

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The objective of the study was to define the primary environmental factors affecting the composition of the macrobenthic community in an abandoned open cast sulphur mine pit lake that had been filled with water from a nearby river. We investigated habitats at various depths and the macrobenthic communities; samples were collected by scuba divers. Although rush and submerged vegetation in the subsaline pit lake was abundant and provided potentially good habitat conditions for mayflies, caddisflies, coleopterans, or damselflies, the native insects were scarce. The taxa do not have many representatives in waters with elevated salinity, so those present in the Machow pit lake were mainly euryhaline species. Chironomids were the most abundant macroinvertebrates in shallower zones, whereas non-native zebra mussels were the quantitatively dominant taxon in deep-water zones. Moreover, these non-native mussels were the dominant biomass of invertebrates at all sites in all seasons. The current composition of the invertebrate assemblage was probably primarily determined by the salinated water, which limited the abundance of native species and gave non-native species an edge.
机译:这项研究的目的是确定影响废弃的露天硫磺矿坑湖中大型底栖动物群落组成的主要环境因素,该湖中充满了附近河流的水。我们调查了不同深度的栖息地和大型底栖动物群落。样品由潜水员收集。尽管盐下湖坑湖中的草木茂盛和淹没的植被丰富,并为五月,甲虫,鞘翅目或豆娘提供了潜在的良好栖息地条件,但本地昆虫却很少。在盐度较高的水域中,该分类单元没有很多代表,因此,在Machow pit湖中存在的分类单元主要是鱼腥藻。在较浅的区域中,手足类动物是最丰富的大型无脊椎动物,而在深水区域中,非原生斑马贻贝在数量上占优势。此外,这些非本地贻贝是所有季节所有地点无脊椎动物的主要生物量。无脊椎动物组合的当前组成可能主要由盐化水决定,盐化水限制了本地物种的丰富度,并使非本地物种具有优势。

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