Institute of Medical Problems, South Branch of the National Academy of Sciences of the Kyrgyz Republic (IMP-SBNAS-KG), 130-a, Uzgenskaya Str, Osh, Kyrgyzstan.
Green Cross Switzerland, Heinrichstrasse 241, 8005, Zürich, Switzerland.
Environ Sci Pollut Res Int. 2018 Nov;25(32):31836-31847. doi: 10.1007/s11356-017-0001-7. Epub 2017 Sep 6.
The current study describes the preliminary assessment and securing activities of the largest and most hazardous POPs-contaminated sites in Kyrgyzstan. In 2010, cattle died and population were found with high pesticide levels in blood, human milk, and placenta. In the first phase of the study, a historic assessment of the pesticide dumping at the landfill/dump sites have been conducted. In the second phase, soil analysis for organochlorine pesticides in the areas of the pesticide disposal sites, the former pesticides storehouses, agro-air strips, and the cotton-growing fields were conducted. By this assessment, a first overview of the types and sources of pollution and of the scale of the problem is compiled including information gaps. From major pesticides used, DDT, DDE, and HCH were measured in the highest concentrations. With the limited analytical capacity present, a reasonable risk assessment could be performed. This paper also reports on practical risk reduction measures that have been carried out recently at the two major pesticide disposal sites with support of a Dutch environmental engineering company, an international NGO (Green Cross Switzerland) and local authorities from the Suzak region within an UN project. Local population living near the sites of the former pesticide storehouses and agro-airstrips are advised not to cultivate vegetables and melons or to raise cattle on these areas. Instead, it is recommended to grow technical crops or plant trees. Further recommendations on monitoring and assessment is given including the suggestion to consider the findings in the National Implementation Plan of Kyrgyzstan.
本研究描述了对吉尔吉斯斯坦最大和最危险的持久性有机污染物污染场地的初步评估和安全保障活动。2010 年,有牛死亡,人们血液、母乳和胎盘的农药含量很高。在研究的第一阶段,对垃圾填埋场/倾倒场的农药倾倒进行了历史性评估。在第二阶段,对农药处理场地、前农药仓库、农用飞机跑道和棉花种植地的有机氯农药进行了土壤分析。通过这一评估,首次概述了污染的类型和来源以及问题的严重程度,包括信息差距。在所使用的主要农药中,滴滴涕、滴滴伊和六氯环己烷的浓度最高。在目前有限的分析能力下,可以进行合理的风险评估。本文还报告了在荷兰环境工程公司、国际非政府组织(瑞士绿色十字会)和苏扎克地区地方当局在联合国项目的支持下,最近在两个主要农药处理场实施的一些实用的减少风险措施。建议居住在以前的农药仓库和农用飞机跑道附近场地的当地居民不要在这些地区种植蔬菜和瓜果,也不要在这些地区饲养牛。相反,建议种植经济作物或植树。还就监测和评估提出了进一步建议,包括建议将这些发现纳入吉尔吉斯斯坦的国家实施计划。