首页> 外文期刊>Environmental Protection and Natural Resources >Do environmental quality standards for selected nerve agents ensure safety of the ecosystems? / Czy istniej?ce standardy jako?ci ?rodowiska dla wybranych fosforoorganicznych bojowych ?rodków truj?cych zapewniaj? równie? ochron? ekosystemów?
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Do environmental quality standards for selected nerve agents ensure safety of the ecosystems? / Czy istniej?ce standardy jako?ci ?rodowiska dla wybranych fosforoorganicznych bojowych ?rodków truj?cych zapewniaj? równie? ochron? ekosystemów?

机译:特定神经毒剂的环境质量标准是否可以确保生态系统的安全? /针对某些有机磷中毒控制剂的现有环境质量标准是否提供?如?保护?生态系统?

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Possible hazard and risk posed by organophosphate nerve agents (OP-NA) towards higher organisms and humans is well recognized, but scientific data about environmental effects of these compounds are still limited. The main aim of this study was to inspect if established interim military drinking water and soil standards for selected nerve agents are also safe for ecosystems. The results of this research may indicate whether taking additional decontamination actions are needed after incidental or intended release of OP-NA in the environment. Three OP-NA were selected as model compounds: soman, sarin and VX. Results from aquatic and soil ecotoxicity test were used to estimate the predicted no effect concentrations according to the EU methodology. Risk quotients were calculated both for water and soil compartments. The results of this study indicate that existing OPNA standards are underprotective for organisms living in soil and water. There is a necessity of preparing much more extensive testing strategy for chemical warfare agents’ assessment in the environment leading to reduced high uncertainty in current risk estimation.
机译:人们已经充分认识到有机磷酸盐神经毒剂(OP-NA)对高等生物和人类可能造成的危害和危险,但是有关这些化合物对环境的影响的科学数据仍然有限。这项研究的主要目的是检查为选定的神经毒剂建立的临时军事饮用水和土壤标准是否也对生态系统安全。这项研究的结果可能表明,在环境中偶然或有意释放OP-NA后是否需要采取其他净化措施。选择了三种OP-NA作为模型化合物:梭曼,沙林和VX。根据欧盟方法,使用水生和土壤生态毒性测试的结果来估计预计的无效应浓度。计算水和土壤区室的风险商。这项研究的结果表明,现有的OPNA标准对生活在土壤和水中的生物的保护作用不足。有必要为环境中化学战剂的评估准备更为广泛的测试策略,以减少当前风险评估中的高度不确定性。

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