综合水贫困指数在尼日利亚奥约州农村地区水资源短缺评估中的应用

I. Ifabiyi, T. Ogunbode
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引用次数: 8

摘要

当水资源易于获取时,物质上的可得性对人类是有益的。奥约州以其丰富的地表水和风化层含水层中可观的地下水资源而闻名;因为它有大约八个月的雨季和相对较深的风化层。尽管如此,在该邦农村地区仍报告了与水有关的疾病和死亡病例。本研究试图通过水贫困指数(WPI)的组成方法对尼日利亚奥约州农村地区的饮用水可及性进行调查。采用多阶段抽样方法,从该州33个农村地方自治团体中的25个农村地方自治团体中选择5个农村社区。通过管理125个农村社区的1,250份问卷收集数据。本研究对Sullivan等人(2003)提出的成分指数法进行了改进和使用。结果表明:WPI值普遍较低,在100%的最大值中,伊特西瓦州LGA的WPI值为11.29%,而Atisbo LGA的WPI值为47.89%;这表明这些农村地区水资源紧张。该报告建议积极的人类发展努力和大规模改善该州水基础设施的必要性。关键词:水贫困指数,水可及性,农村
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The use of composite water poverty index in assessing water scarcity in the rural areas of Oyo State, Nigeria
Physical availability of water resources is beneficial to man when it is readily accessible. Oyo State is noted for abundant surface water and appreciable groundwater resources in its pockets of regolith aquifers; as it has about eight months of rainy season and a relatively deep weathered regolith. In spite of this, cases of water associated diseases and deaths have been reported in the rural areas of the state. This study attempts to conduct an investigation into accessibility to potable water in the rural areas of Oyo State, Nigeria via the component approach of water poverty index (WPI). Multistage method of sampling was applied to select 5 rural communities from 25 rural LGAs out of the 33 LGAs in the State. Data were collected through the administration of 1,250 copies of questionnaire across 125 rural communities. Component Index method as developed by Sullivan, et al (2003) was modified and used in this study. The results show that values of WPI were generally low, ranging from 11.29% in Itesiwaju LGA to 47.89% in Atisbo LGA out of 100% maximum obtainable; indicating that these rural areas are water stressed. The paper recommends aggressive human development efforts and the need for massive improvement in water infrastructure in the state. Key words : Water Poverty Index (WPI), Water accessibility, Rural Areas.
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