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首页> 外文期刊>Research journal of environmental and earth sciences >Application of Geospatial Information System to Assess the Effectiveness of the Mdg Target in Amac Metropolis-Abuja,Nigeria
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Application of Geospatial Information System to Assess the Effectiveness of the Mdg Target in Amac Metropolis-Abuja,Nigeria

机译:地理空间信息系统在评估Amac大都会-阿布贾Mdg目标效能方面的应用

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This study aims to assess the effectiveness of the MDG target as it concerns, the state of education in Abuja Municipal Area Council (AMAC) metropolis-Nigeria. One of the educational challenges faced in developing countries is how to know which school to send children to. This is mainly due to lack of detailed information as to, what school offers, what type of education, and at what fee. But with Geospatial Information Systems (GIS) providing information about primary and secondary schools, Millennium Development Goals' (MDGs') vision of literacy for 15-24 year olds will be achieved. The development of geospatial database information system of primary and secondary schools for Garki and Wuse districts, Abuja, was embarked upon to provide timely, consistent and accurate information to decision makers for use in achieving this particular target of the Millennium Development Goals (MDGs). The delay in achievement of this target is not because governments in developing countries aren't putting maximum effort, but because these governments are choosing to put the cart before the horse. Sustainable literacy level cannot be achieved without an effective framework charged with the collection, storage, query, analysis and management of the relevant data. What is needed is a system that provides government with data about all educational facilities within required proximity and determines availability of the required facilities. GIS is that decision making technology, which integrates' spatially referenced data' with a problem solving environment. The method employed was to acquire both spatial and attribute data of every primary and secondary school in Garki and Wuse districts. The spatially referenced database was created using Microsoft Access 2007 and ArcGIS 9,2 software. The database was queried and the results of the queries analyzed. The results showed that 60% of the schools didn't have access to Internet. Twenty-one (21) percent had no library. Sixty-three (63) percent of schools were also found to lack Elementary Science Laboratory as stipulated in the National Policy on Education. It was also observed that, the closest distance between public schools to Area 1 and Wuse Central bus-stops, are 0.769 and 1.15 m, respectively.
机译:这项研究旨在评估有关千年发展目标的有效性,即阿布贾市辖区(AMAC)大都会-尼日利亚的教育状况。发展中国家面临的教育挑战之一是如何知道将儿童送往哪所学校。这主要是由于缺乏有关以下方面的详细信息:学校提供什么,教育类型和费用如何。但是随着地理空间信息系统(GIS)提供有关中小学的信息,将实现千年发展目标(MDG)针对15至24岁儿童的扫盲愿景。已着手为阿布贾加尔基和乌斯地区的中小学开发地理空间数据库信息系统,以向决策者提供及时,一致和准确的信息,以用于实现千年发展目标的这一具体目标。未能实现这一目标的原因不是因为发展中国家的政府没有尽最大的努力,而是因为这些国家的政府选择将工作放在首位。没有一个负责收集,存储,查询,分析和管理有关数据的有效框架,就不可能实现可持续的扫盲水平。所需要的是一种系统,该系统向政府提供所需范围内所有教育设施的数据,并确定所需设施的可用性。 GIS是一种决策技术,它将“空间参考数据”与问题解决环境集成在一起。所使用的方法是获取Garki和Wuse地区每所中小学的空间和属性数据。使用Microsoft Access 2007和ArcGIS 9,2软件创建了空间参考数据库。查询数据库并分析查询结果。结果表明,有60%的学校无法访问互联网。 21(21)%的人没有图书馆。还发现百分之六十三(63)的学校缺少《国家教育政策》中规定的基础科学实验室。还观察到,公立学校与1区和Wuse Central公交车站之间的最近距离分别为0.769和1.15 m。

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