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首页> 外文期刊>American Journal of Engineering Research >Gis Based Analysis of The location of filling Stations in Metropolitan Kano against The Physical Planning Standards
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Gis Based Analysis of The location of filling Stations in Metropolitan Kano against The Physical Planning Standards

机译:基于Gis的物理规划标准分析大都会卡诺加油站的位置

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摘要

This paper a nalysed the location of filling stations in Kano Metropolis against the physical planning standards set by Department of Petroleum Resource, DPR (2007) and Kano Urban Planning and Development Agency, KNUPDA (2013). Names and street addresses of the filling stations were obtained from the Department Petroleum Resource (DPR) Kano Office. Global positioning System Garmin 76X GPS was used to capture the location of the filling station. The quickbird imagery, street map, and boundary map were obtained from the Kano State Ministry of Land and Physical planning. The data were imported to Arcmap environment of ArcGIS 10, integrated and georefrenced to the same coordinate system. All the analyses were performed in the Arcmap environment using spatial statistics, spatial analyst and proximity tools available in the software. The findings revealed that there 214 filling station located along the 43 roads in the study a rea, of which 69% are owned by independent marketers, 26% owned by Major Marketers and 5% owned by the NNPC. Most of the station satisfied the minimum requirement of 15 metre distance from the road (96%). Equally 98% of the filling stations met the minimum distance of 100 meter from the health care facilities. However many station had not meet the criteria of 400 meter minimum distance to other stations where located on same road side and when not separated by any road or street. The research finally conclu des that regulatory agencies need to look into the issue and take appropriate measures.
机译:本文根据石油资源部(DPR)(2007年)和卡诺城市规划和发展局(KNUPDA)(2013年)制定的物理规划标准分析了卡诺都市区加油站的位置。加油站的名称和街道地址从部门石油资源(DPR)卡诺办事处获得。全球定位系统Garmin 76X GPS用于捕获加油站的位置。快鸟图像,街道地图和边界图是从卡诺州国土和自然资源计划部获得的。数据被导入到ArcGIS 10的Arcmap环境中,并进行了地理坐标处理并映射到同一坐标系。所有分析都是在Arcmap环境中使用软件中提供的空间统计信息,空间分析器和邻近度工具执行的。调查结果显示,在研究区域的43条道路上共有214个加油站,其中69%由独立市场商拥有,26%由主要市场商拥有,5%由NNPC拥有。大多数车站都满足距离道路15米(96%)的最低要求。同样,有98%的加油站达到了距医疗机构至少100米的距离。但是,许多车站都没有达到与其他车站位于同一道路侧且没有被任何道路或街道分隔的最小距离为400米的标准。该研究最终得出结论,监管机构需要调查该问题并采取适当措施。

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