出版社：The International Institute for Science, Technology and Education (IISTE)
摘要：Urban air pollution problem is a major concern in many large cities and becomes increasingly critical around the world. The effects of urban air pollution on public health are being felt worldwide. Pollutants can destroy sensitive tissues (in people, animals and plants), impair respiratory functions, degrade building materials and deteriorate the aesthetic aspects of environment. Mapping of urban air pollution dispersion is very complex as it depends upon various factors including weather conditions, urban structural features and their topographic. In this research , the relationship between in-suite urban air pollutants (particulates matters - PM and total suspend particulate-TSP) and some metrological factors (Temperature, Humidity and wind speed) has been investigated. Geographic Information System (GIS ) was utilized to map urban air pollution dispersion in Kirkuk city - Iraq. The rapid growth of Kirkuk city as the main petroleum city in Iraq last years has resulted in significant increase in environmental pollution. A correlation analysis was performed to establish between air pollutants and metrological parameters. GIS technique was used to investigate the spatial distribution of the pollutants and identification of the city area of high concentration of pollutants. The results shows that there is a weak linear correlation between metrological factors and most of air pollutants. PM10 only shows a significant correlation with temperature. Generally we can conclude that the impact of metrological factors can be almost ignored. From GIS distribution maps for PM and TSP pollutants, the highest concentration pollutants located around oil industrial area and in the center of the city. Keywords Urban Air Pollution, Particulates Matters, Total Suspend Particulate, Geographic Information System (GIS ) , Correlation Analysis.
关键词：Urban Air Pollution; Particulates Matters; Total Suspend Particulate; Geographic Information System (GIS ) ; Correlation Analysis.
