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Investigation of chloride concentrations and littoral invertebrate community structure in stormwater and non-stormwater ponds (Ontario, Canada).

机译:调查雨水和非雨水池塘中氯化物浓度和滨海无脊椎动物群落结构(加拿大安大略省)。

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There is evidence that road salt generated chloride levels encountered in some Canadian water bodies are toxic to aquatic organisms. Little is known about the effect of chloride input on invertebrate communities, particularly in ponds. This study was conducted on 19 stormwater and 63 non-stormwater ponds in Ontario, Canada. Chloride concentrations in stormwater and non-stormwater ponds ranged from 104 to 2497 mg/L and 36 to 495 mg/L, respectively. For all ponds studied land use of the surrounding area was more important than, although correlated with, chloride concentration in determining pond invertebrate community structure. The relationship between environmental factors and non-stormwater pond communities was non-significant, however, CCA identified chloride concentration as important in determining community structure. Stormwater pond community structure was largely determined by chloride concentration however other correlated variables might be important. The results of this study indicate that community level effects of road salts are evident in the natural environment.
机译:有证据表明,在加拿大一些水体中,道路盐产生的氯化物含量对水生生物有毒。关于氯输入对无脊椎动物群落,特别是在池塘中的影响知之甚少。这项研究是在加拿大安大略省的19个雨水池塘和63个非雨水池塘上进行的。雨水池塘和非雨水池塘中的氯化物浓度分别为104至2497 mg / L和36至495 mg / L。对于所有研究的池塘,在确定池塘无脊椎动物群落结构中,与周围环境的土地利用相比,尽管与氯离子浓度相关,但比氯化物浓度更为重要。环境因素与非雨水塘社区之间的关系不显着,但是,CCA认为氯化物浓度在确定社区结构中很重要。雨水塘群落结构主要由氯化物浓度决定,但其他相关变量可能很重要。这项研究的结果表明,在自然环境中,公路盐对社区的影响是显而易见的。

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