The Effect of The Presence of Agrochemical and Leachates in Ground Water on Public Health

S. M. Suleiman, Busari, A.O Busari, J. Tankó
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Abstract

Purpose: This study assesses the effects of agrochemical and leachates present in and Ground water on public health in Niger state and its environs, to carry out this study four research were raised for the study with four research questions and four research hypotheses. Methodology: The physicochemical parameters of ground water of four study in four different point area namely Minna, Suleja, Bida and Lapai. The ground water was collected from the wells located in these study Area during the months of February 2019 to November 2019. The depth of the bore wells ranged from 10-12m in all these stations. Chemical analysis of the water samples was carried out with a view to determine the chemical constituents of the water and the level of pollution in the project area. Thirteen (13) parameters were examined in sixteen water samples collected. Findings: Physio-chemical parameters present in the various study area were considered to be insignificant hence the results also indicated that groundwater within the range of the study area had less concentration of agrochemical. Except electrical conductivity (EC), in W3 which was found to be lower than the1000 S/cm recommended by the WHO while W1, W2 and W4 were found to be higher than the world health organization standard.  Unique Contribution to Theory, Policy and Practice: This study however recommended that Good Agricultural Practice (GAP), proper timing and application of exact quantity of agrochemicals needed by crops and prevention of spillage during application should continue to be practice.
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地下水中农药和渗滤液的存在对公众健康的影响
目的:本研究评估了尼日尔州及其周边地区地下水中存在的农用化学品和渗滤液对公共卫生的影响,为开展这项研究,提出了四个研究问题和四个研究假设。方法:选取米纳、苏莱加、比达、拉派4个不同点区进行地下水理化参数研究。地下水是在2019年2月至2019年11月期间从这些研究区的井中收集的。所有站点的钻孔深度在10-12m之间。对水样进行了化学分析,以确定水的化学成分和工程区内的污染程度。在收集的16个水样中检测了13个参数。研究发现:各研究区存在的理化参数被认为不显著,因此结果也表明研究区范围内的地下水农药浓度较低。除电导率(EC)外,W3低于世界卫生组织推荐的1000S/cm,而W1、W2和W4高于世界卫生组织的标准。对理论、政策和实践的独特贡献:本研究建议继续实行良好农业规范(GAP),适当的时间和作物所需农药的准确用量以及在施用过程中防止溢出。
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来源期刊
International Journal of Physical Sciences
International Journal of Physical Sciences 综合性期刊-综合性期刊
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0.00%
发文量
4
审稿时长
24 months
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