Drinking waterToxicityHuman exposureEpidemiologic studiesHealth risksBecause dramatic cases of arsenic contamination of water resources, soils, vegetables, humans and animals increase, this review has focussed on the fate and behaviour of this element and what kind of health impacts are related with its...
2012-Annaul Review of Chemical and Biomolecular Engineering-Sustainable Engineered Processes to Mitigate the Global Arsenic Crisis in Drinking Water, Challenges and Progress 热度: long term spatial-temporal dynamics of fluoride in sources of drinking water and associated health risks in a semiarid ...
The presence of arsenic (As) has been reported across the globe in drinking water sources, Asia being the most significantly affected area for arsenic contamination around the world. In Asia around 100 million people are at risk of arsenic contaminated water sources and more than 700,000 cases ...
饮用水源地砷污染事故的应急监测和处置沈跃文.等饮用水源地砷污染事故的应急监测和处置Arseni ccontam i nati onofdri nki ngw atersourcesi ntheacci dentandem ergencym oni tori ng di sposal沈跃文刘轶琨汪竞龙( 淮安市环境监测中心站江苏淮安223001)[摘要]突发性水污染事故危害大,要求应急监测工作快速、及时...
In 1998, arsenic concentrations of more than 50 micrograms/l were detected in some drinking water supplies from underground sources in the Autonomous Community of Madrid, which is the maximum permissible concentration for drinking water in Spain. These two facts have meant the getting under way of...
Drinking water and food are the two major routes of the consumption of arsenic (As) by people in Bangladesh. This study reports exposure of adults in two adjacent rural villages of Bangladesh to As from drinking water and rice. Uncooked and cooked rice, drinking and cooking water, were sample...
Valle worries that eating food from her farm and drinking the water, also found to contain arsenic, are to blame for health issues she's experienced recently. The researchers suspect thetoxic chemicalscould have made their way into Valle's water through nearby agricultural operations, which may ...
Arsenic is one of the metalloid found in Nigeria environment including soil and water especially in the Northern region were it contaminates water. This paper reviews the concentration of arsenic in potable water sources (i.e ground, surface and rain water) and their potential human health effects...
These concentrations had increased substantially in water resources and were all attributed to pollution by wastewater effluents and the rise in Covid-?19 infections. This phenomenon was also exacerbated by the observation of the pseudo-persistence of Covid-19 drugs, long half-life periods, as ...
High concentrations of potentially toxic elements (PTEs) in potable water can cause severe human health disorders. Present study examined the fitness of groundwater for drinking purpose based on the occurrence of nine PTEs in a heavy pilgrim and tourist influx region of the Garhwal Himalaya, India...