Exposure to PM10 Aerosol Particles and Other Aerial Pollutants in the Capital City of Montenegro

Aerial contaminations are of booming interest in the 21^st century as they attenuate and disable favorable living conditions for each human being. This manuscript represents trajectories on the occurrence of PM10, particulate matters which are defined as atmospheric aerosol particles and emission densities of other toxic gases such as carbon monoxide, and nitrogen-dioxide. Trajectory on the occurrence of PM10 aerosol particles for one characteristic, in-situ spot of capital city of Montenegro, (Podgorica) from January 1^st to July 20^th (2017) was detected. Trajectories on the occurrence of other airborne pollutants (CO, NO2) from January 1^st to June 30^th (2017), were detected. As plain of these toxic gases, the district Nova Varos in the capital city of Montenegro was considered. All databases of these emissions were taken from Montenegrin Environmental Protection Agency (MEPA). Collected temporal data of aforementioned toxic gases emissions were presented either as daily average values or as average values for the section of eight hours or hourly. In attachment are also given the air quality index grids for Europe and USA. The air quality situation of mentioned urban settlement Nova Varos in accordance with European air quality index grid was analyzed, since European air quality index grid encompasses Montenegrin air quality index grid. This manuscript serves as insight into the degree of local air pollution and limitative, stringent policies of air purification within one city. It reveals the genuine causes of such aerial contamination and discovers statistically the occurence frequencies of these particles in certain district.

In that way, this is a guide through a certain microclimate and the readers can anticipate how much is a microclimate of a spot influential on a global scale.