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首页> 外文期刊>Journal of water, sanitation and hygiene for development >Cross-contamination of distributed drinking water as the cause of waterborne outbreaks in Armenia 1992-2010
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Cross-contamination of distributed drinking water as the cause of waterborne outbreaks in Armenia 1992-2010

机译:1992-2010年,亚美尼亚因水传播而造成的饮用水交叉污染

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摘要

Investigations and established causal relationship of waterborne outbreaks (WOs) from developing countries and countries in transition are sparse and mainly centered on agents, such as from Vibrio cholera and Shigella dysenteriae. Information, however, prevails in countries like Armenia with an epidemiological system in place. Groundwater is the main drinking water source (96%); water is delivered intermittently 12-14 hours per day. In 2005 about 7% of all infant deaths were attributed to intestinal infectious diseases. Recorded information on WOs and supply systems (1992-2010) was obtained from published official sources, from 'gray-literature reports', primary data collection from statistical records and through personal communication. Epidemiological descriptive analysis was made and Geographical Information System (GIS) applied for results visualization. In-depth outbreak analysis was conducted on selected cases. Overall, 104 WOs caused by different etiological agents were revealed. The main drinking water source in areas where outbreaks occurred was the centralized water supplies (69.2%) based on GIS mapping. The major cause of outbreaks was the cross-contamination of drinking-water distribution by wastewater. In Armenia the main areas to be addressed for the future are: service quality, source protection, delivery interruption and subsequent microbial contamination.
机译:来自发展中国家和转型国家的水源性暴发调查和建立的因果关系很少,主要集中在霍乱弧菌和痢疾志贺氏菌等病原体上。但是,在亚美尼亚等具有流行病学系统的国家,信息普遍存在。地下水是主要的饮用水源(96%);每天间歇供水12-14小时。 2005年,所有婴儿死亡中约有7%归因于肠道传染病。从公开的官方来源,“灰色文献报告”,统计记录的原始数据收集以及通过个人交流获得了有关WO和供应系统的记录信息(1992-2010年)。进行了流行病学描述性分析,并将地理信息系统(GIS)应用于结果可视化。对选定的病例进行了深入的爆发分析。总体上,揭示了104种由不同病因引起的WO。疫情爆发地区的主要饮用水源是基于GIS测绘的集中式供水(69.2%)。暴发的主要原因是废水对饮用水分配的交叉污染。在亚美尼亚,未来需要解决的主要领域是:服务质量,源保护,运输中断和随后的微生物污染。

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