Residues of xenobiotics in the environment and phytotoxic activity in Armenia

Natalya S Tadevosyan, Susanna B Poghosyan, Bavakan G Khachatryan, Susanna A Muradyan, Hasmik A Guloyan, Ashot N Tshantshapanyan, N. Hutchings, A. Tadevosyan
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引用次数: 4

Abstract

Abstract The article presents the results of a dynamic study (spring, summer, and fall) of the residues of certain xenobiotics such as organochlorine pesticides (OCPs), synthetic surfactants (SSs) in surface water, soil, sludge, snow and phytotoxic activity in Ararat and Lori marzes of Armenia (2016–2017). A comparative analysis of the environmental status showed that all pollutants studied such as γ-hexachlorocyclohexane (γ-HCH), 1,1,1-trichloro-2,2-bis(4-chlorophenyl)ethane (4,4′-DDT), and p-p′-dichlorodiphenyldichloroethylene (4,4′-DDE) were identified in Ararat marz with the average concentrations and detection rates higher than in Lori marz. The prominent contaminant was γ-HCH. The findings indicated the concentrations of OCPs below of regulatory concern. In Ararat marz an increase in the number of sterile pollen grains of certain wild plants was revealed (14.8–26.0%), compared with Lori marz with the levels within the contingent standard of 5–11%. The phytotoxic activity of soil samples from the Ararat marz studied on Avena sativa seedlings was significantly higher in the summer-fall period. These data correlated with monitoring findings showed an increase in the levels of γ-HCH, 4,4′-DDT, SS in the soil and sludge sampled in summer-fall in Ararat marz. This difference in the environmental status can be considered as the result of active agriculture in Ararat marz, whose share of contribution to a relevant branch of the economy of Armenia is two times higher than in Lori marz, 15.4% and 7.9%, respectively. Mentioned rates of agricultural production may be one of the reasons for the environmental deterioration in Ararat marz. The detection of 4,4-DDT, γ-HCH residues testifies the circulation of these formulations in the environment indicating their use in recent past and confirming their persistence. Although since the 70s of the last century the application of OCPs in the Republic of Armenia has been prohibited. The current situation may be explained by low awareness of farmers on different issues related to the safe management of pesticides. To ensure safe working conditions and raise awareness among the farmers we have developed “Recommendations on Safety requirements when working with pesticides” that are approved by the State Service for Food Safety at the Ministry of Agriculture of RA and included in the reference booklets for farmers as guiding information. Our study shows the understanding of associations between the deterioration of the environmental status and share of agriculture contribution to the economy that provides the evidence for future research programs.
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亚美尼亚环境中外源药物残留及植物毒性活性
摘要/ Abstract摘要:本文介绍了2016-2017年亚美尼亚阿拉拉特和洛里沼泽地区(Ararat and Lori marzes)地表水、土壤、污泥、雪中有机氯农药(OCPs)、合成表面活性剂(SSs)等外源农药残留和植物毒性活性的动态研究结果(春季、夏季和秋季)。环境状况对比分析表明,在Ararat marz中可检出γ-六氯环己烷(γ-HCH)、1,1,1-三氯-2,2-双(4-氯苯基)乙烷(4,4 ' -DDT)和p-p ' -二氯二苯二氯乙烯(4,4 ' -DDE)等污染物,其平均浓度和检出率均高于Lori marz。主要污染物为γ-HCH。研究结果表明,OCPs的浓度低于监管要求。与Lori marz相比,Ararat marz中某些野生植物的不育花粉粒数增加了14.8-26.0%,而Lori marz的不育花粉粒数在5-11%的偶然标准内。在夏、秋两季,亚拉腊平原土壤样品对苜蓿幼苗的植物毒性活性显著升高。这些数据与监测结果相关联,显示亚拉腊河流域夏秋取样的土壤和污泥中γ-HCH、4,4′-DDT和SS的水平增加。这种环境状况的差异可以被认为是Ararat marz活跃农业的结果,其对亚美尼亚相关经济部门的贡献份额是Lori marz的两倍,分别为15.4%和7.9%。上述农业生产速度可能是阿拉拉特马尔兹环境恶化的原因之一。4,4-滴滴涕,γ-六氯环己烷残留物的检测证明了这些配方在环境中流通,表明它们在最近的过去使用并证实了它们的持久性。尽管自上世纪70年代以来,已禁止在亚美尼亚共和国应用ocp。目前的情况可能是由于农民对与农药安全管理有关的各种问题的认识不足。为了确保安全的工作条件和提高农民的意识,我们制定了“关于使用农药时安全要求的建议”,该建议得到了RA农业部国家食品安全局的批准,并作为指导信息列入了农民的参考手册。我们的研究显示了对环境状况恶化与农业对经济贡献份额之间关系的理解,为未来的研究计划提供了证据。
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