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Preliminary Study on Toxicity of Aquatic Ecosystems in Bug River Basin

机译:布格河流域水生生态系统毒性初步研究

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Toxicity of water, sediment and sewage in the Bug River Basin was assessed in 2001 (two campaigns) as part of an international monitoring program originating at the ECE/UN (Economic Commission for Europe/United Nations) Convention on the protection and use of trans-boundary waters. Using standardized testing procedures, a battery of tests including plants, bacteria, rotifers and crustaceans were exposed to water, and sediment and sewage samples were collected from monitoring points within the basin. Surface waters within the basin were classified as non-toxic, with the possible exception of samples collected from tributary rivers in the upper Bug River basin and in Terespol. Many of the sewage samples appeared toxic for indicator organisms. The reaction of indicator organisms (toxicity effect) to exposure in a determined sample differed greatly. Comparing the results of the ecotoxicological studies of surface waters and the sewage discharged into these waters, one can observe a distinct influence of the poor ecotoxicological quality of the sewage on the deterioration of the recipient body, i.e. the surface waters. Sediment samples indicated a rather high toxicity for a significant portion of samples, yet these effects were very close in the presence of indicator organisms. Ecotoxicological monitoring perfectly complements chemical monitoring and gives us the possibility to evaluate the toxic impact of pollution on the environment.
机译:作为源自欧洲经委会/联合国(欧洲/联合国经济委员会)《保护和使用跨性别者公约》的国际监测计划的一部分,于2001年对布格河流域的水,沉积物和污水的毒性进行了评估(两次运动)。边界水域。使用标准化的测试程序,将包括植物,细菌,轮虫和甲壳类动物在内的一系列测试暴露于水,并从流域内的监测点收集沉积物和污水样品。流域内的地表水被归类为无毒,但可能是从布格河上游和特雷斯波尔的支流河中采集的样品除外。许多污水样品似乎对指示生物有毒。在确定的样品中指示剂生物体对暴露的反应(毒性作用)差异很大。比较地表水和排放到这些水中的污水的生态毒理学研究结果,可以观察到污水的不良生态毒理学质量对接收者身体即地表水的恶化产生了明显的影响。沉积物样品对很大一部分样品显示出相当高的毒性,但是在指示生物的存在下,这些作用非常接近。生态毒理学监测是化学监测的完美补充,使我们有可能评估污染对环境的毒性影响。

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