Improving the Location of Recycling Stations in Shiraz Metropolitan Areas Using Landscape Geographic Information Systems Software and Landsat Images
Subject Areas : Journal of Radar and Optical Remote Sensing and GISMohammad Mehdi Pakfetrat 1 , Ayoub Karimijashni 2 , Naser Talebbeydokhti 3
1 - Master of Civil and Environmental Engineering, Shiraz University
2 - Associate Prof. of the Dept. of Civil and Environmental Engineering, Shiraz University
3 - Professor of the Department of Civil and Environmental Engineering, Shiraz University
Keywords: Landsat, Shiraz, Geographic Information System, Recycling, hierarchical analysis, drop-off centers,
Abstract :
Solid waste production has been a major problem in human societies in recent decades. Changes in consumption patterns have imposed great problems and costs on large cities to dispose the waste. Today, the geographic information system is considered due to the possibility of analyzing a huge volume of information layers, which has been used in this study to investigate the current stations and improve them. National and international experiences, three layers of the population, land use and access route have been selected. The hierarchical analysis method has been used to weigh the criteria and Landsat images of Shiraz have been used to locate the stations. According to experts, the covered population with the weight of 0.540 has the highest value, land use with 0.297has the next priority and access route with 0.163 is used to improve the collection stations for home recycling materials in Shiraz, based on the population in 1396. Assuming that 50% of the city's population delivered their recycled materials to the stations, 61 stations were located using Landsat images, of which 16 stations with a short distance (300 meters) from the current station were shown. Twenty-one medium-distance stations (300-700 meters) and 24 long-distance stations (more than 700 meters) were identified. In areas with long-distance stations, it is necessary to build and add drop-off centers, collecting recycled materials