Apprising the local and global implication of ambient air Quality Index of Kaduna Metropolis, Nigeria

Abstract

This study apprises the local and global implication of ambient air quality index of Kaduna Metropolis, Nigeria. With the point of investigating the spatial and transient dissemination of the Air Quality Index (AQI) of Carbon monoxide (CO), Sulfur dioxide (SO 2), and Particulate Matter (PM 10) and their suggestions on human wellbeing, in view of neighborhood and global measures. Data were collected during the raining season and dry harmattan weather. From traffic, Industrial, commercial and residential areas, utilizing validated portable pollutant monitors (MSA Altair 5x Gas Detector a) to collect data on the concentration of air pollutants (CO and SO 2) and (CW-HAT200 Particulate Counter) for the concentration of particulate matters (PM 10). Equal allocation stratify sampling and purposive sampling were utilized for the selection of sample points. The data were analyzed in line with USEPA Air Quality Index calculation approach and using descriptive statistics. The findings reveal that the AQI of Kaduna Metropolis ranges from good to hazardous, CO has 57.57% and 24.24% of the sample sites AQI ranging from unhealthy to hazardous based on WHO/USEPA and NESREA standards respectively. Equally SO 2 has about 91%, 34.23%, 42.42% of the sites AQI ranging from unhealthy to hazardous base on WHO, USEPA and NESREA standards respectively. PM 10 has 75.76% and 18.18 of the sites AQI as hazardous base on WHO and USEPA standards, whereas none of the sites AQI is hazardous base on the NESREA standard. Further analysis shows that the northern part of the metropolis has more sites with unhealth AQI than the southern part of the metropolis. Also, the traffic land use has more of its sites AQI ranging from unhealthy to Sensitive group to hazardous. In conclusion this study provides empirical data on the AQI of Kaduna metropolis which ranges from good to hazardous. Thus, the need for the enforcement agencies to strictly enforce the guide lines regulating ambient pollution in the study area.

Mining association rules between lichens and air quality to support urban air quality monitoring in Nigeria

“…Recently, WHO [ 8 ] reported that 91% of premature deaths due to ambient air quality occur in both cities and rural areas of low and middle-income countries. The observed poor air quality in the urban areas is in line with various studies across the country e.g., Schwela [ 38 ], Lawal and Asimiea [ 39 ], Aliyu, Botai [ 40 ], Aliyu and Botai [ 41 ], Obanya, Amaeze [ 42 ], Daful, Adewuyi [ 43 ].…”

Monitoring of Spatio-Temporal Dynamics of Air Pollution in Enugu Urban using Remote Sensing and GIS

“…Several studies have been carried out to study the impact of air quality in the environment. For example, [31] analyzes the varying spatial relationship between air pollutants [Carbon monoxide (CO), Sulphur dioxide (SO2), Carbon dioxide (CO2) and Particulate Matter (PM2.5 and PM10)] in Kaduna metropolis. The study was aimed at having more insight into be characteristics of air pollutants in the study area, which was geared towards efficient environmental management of the city.…”