Determination of Site Suitability for a Sanitary Landfill Using GIS and Boolean Logic: The Case of the Regional Unit of Chalkidiki, Northern Greece

Eleni Parastatidou, Konstantinos Voudouris, Nerantzis Kazakis
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Abstract

This study deals with the determination of sites suitable for landfill in the Prefecture of Chalkidiki, North Greece, using Boolean logic and Geographic Information Systems (GIS). Landfill siting is an arduous process as it combines environmental, social, and technical factors. Solid waste management is an urgent requirement in tourist sites worldwide. The Prefecture of Chalkidiki is considered a tourist area where volumes of generated waste increase in the summer. The Boolean logic approach was used in the study area to exclude areas not suitable for the establishment of a landfill site and to select areas that meet all the criteria. Nine criteria were selected to create the final map showing areas with the highest suitability for solid waste disposal. According to the Boolean logic method, suitable areas were given a value of one (1), while unsuitable areas were given a value of zero (0). According to the final thematic map of proposed sites, 12.7% of the study area is suitable for landfill construction. The suitable areas identified include pre-existing landfill sites, thus suggesting that the applied method has a high degree of reliability.
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利用地理信息系统和布尔逻辑确定卫生填埋场的场地适宜性:希腊北部查基迪基地区的案例
本研究利用布尔逻辑和地理信息系统(GIS)确定希腊北部查基迪基省适合进行垃圾填埋的地点。垃圾填埋场选址是一个艰巨的过程,因为它综合了环境、社会和技术因素。固体废物管理是全球旅游景点的迫切需求。Chalkidiki 县是一个旅游区,夏季产生的垃圾量会增加。研究区域采用布尔逻辑法排除不适合建立垃圾填埋场的区域,并选择符合所有标准的区域。最终选定了九项标准,绘制了显示最适合固体废物处置区域的地图。根据布尔逻辑法,适合的区域的数值为一(1),不适合的区域的数值为零(0)。根据最终的拟议地点专题图,12.7% 的研究区域适合建造垃圾填埋场。已确定的合适区域包括已存在的垃圾填埋场,这表明所应用的方法具有很高的可靠性。
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