The statistical characteristics of the surface ozone concentration (SOC) in three points of Tbilisi city (A. Kazbegi av., A. Tsereteli av. and Varketili) from January 2017 to October 2021 are represented. The data of National Environmental Agency of Georgia about the mean monthly values of SOC are used. In particular, it is obtained that the greatest average values of SOC during entire period of observations in Varketili were observed (68.0 mcg/m³), smallest - on A. Tsereteli av. (43.9 mcg/m³). The value of the linear correlation coefficient between the mean monthly values of SOC on all points changes from 0.88 to 0.96. The influence of limitation on the movement of public transport in Georgia in different time periods from March 2020 to ...
The variability of the concentration of ground level ozone (O3) and its relation to the air temperat...
This study reports the observations and evaluation of surface ozone concentration and related normal...
Background and Objective: Ground level ozone (O3) is one of most dangerous pollutants for human heal...
The statistical characteristics of the surface ozone concentration (SOC) in three points of Tbilisi ...
Some results of the statistical analysis of observational data of the average semi-annual and annual...
The statistical characteristics of the weight concentrations of aerosols (particulate matter PM2.5 a...
The statistical characteristics of the weight concentrations of aerosols (particulate matter PM2.5 a...
A comparative analysis of monthly average data on the surface ozone concentration in Tbilisi and at ...
Surface ozone data series for Moscow and Kiev areas are compared. Seasonal and diurnal variability o...
Ozone concentration in the urban areas of Rome is studied using statistical methods of multivariate ...
Meteorological parameters and traffic flows have a direct impact on air quality in large urban areas...
In this paper, we analyze the variability of the ozone concentration over São Paulo Macrometropolis,...
Abstract: Information on the ozone concentration in the surface air and troposphere in the first hal...
AbstractThe short–term prediction of near surface ozone levels is very important due to the negative...
AbstractThis paper analyzes the statistical behavior of the ground level ozone concentrations (GLO) ...
The variability of the concentration of ground level ozone (O3) and its relation to the air temperat...
This study reports the observations and evaluation of surface ozone concentration and related normal...
Background and Objective: Ground level ozone (O3) is one of most dangerous pollutants for human heal...
The statistical characteristics of the surface ozone concentration (SOC) in three points of Tbilisi ...
Some results of the statistical analysis of observational data of the average semi-annual and annual...
The statistical characteristics of the weight concentrations of aerosols (particulate matter PM2.5 a...
The statistical characteristics of the weight concentrations of aerosols (particulate matter PM2.5 a...
A comparative analysis of monthly average data on the surface ozone concentration in Tbilisi and at ...
Surface ozone data series for Moscow and Kiev areas are compared. Seasonal and diurnal variability o...
Ozone concentration in the urban areas of Rome is studied using statistical methods of multivariate ...
Meteorological parameters and traffic flows have a direct impact on air quality in large urban areas...
In this paper, we analyze the variability of the ozone concentration over São Paulo Macrometropolis,...
Abstract: Information on the ozone concentration in the surface air and troposphere in the first hal...
AbstractThe short–term prediction of near surface ozone levels is very important due to the negative...
AbstractThis paper analyzes the statistical behavior of the ground level ozone concentrations (GLO) ...
The variability of the concentration of ground level ozone (O3) and its relation to the air temperat...
This study reports the observations and evaluation of surface ozone concentration and related normal...
Background and Objective: Ground level ozone (O3) is one of most dangerous pollutants for human heal...