## 3 Results and Discussion
### Analyzing Data of Integrated Indicator of Air Quality  
For the whole set of data, Figure 5 shows the average values of IAQA. According to the index values of IAQA, the environment with the lowest value is the most environmentally friendly; its lowest and highest values ranged from 37.03%, which occurred on a vegetable \begin{table}
\begin{tabular}{c c c c c c} \hline \hline
**Variables** & **CO** & \begin{tabular}{c} **Dust Concentration** \\ **in the Air** \\ \end{tabular} & \begin{tabular}{c} **Atmospheric** \\ **Pressure** \\ \end{tabular} & \
\begin{tabular}{c} **Air** \\ **Temperature** \\ \end{tabular} &
\begin{tabular}{c} **Air Relative** \\ **Humidity** \\ \end{tabular} \\ \hline CO & 1.000 & & & & \\ Dust concentration in the air & 0.255 & 1.000 & & & \\ Atmospheric pressure & \(-\)0.145 & \(-\)0.312 & 1.000 & & \\ Air temperature & 0.061 & 0.723 & \(-\)0.152 & 1.000 & \\ Air relative humidity & 0.194 & \(-\)0.321 & 0.269 & \(-\)0.481 & 1.000 \\ \hline \hline \end{tabular}
\end{table} 
Table 3: Correlation coefficients of the air temperature, air relative humidity, atmospheric pressure, and concentration values of air pollutants (CO and dust concentration in the air) during the investigation periods. farm, and 66.32%, which occurred on a traditional pigeon farm, respectively (Figure 5), with an arithmetic average of 48.24%. As is clear from Figure 5, the two sheep farms (F1 and F22) had IAQA values of 42.04 and 46.88%, respectively. However, the pigeon farms (F24 and F9) had IAQA values of 55.95% and 66.32%, respectively, while the typical pigeon farm (F8) had an IAQA value of 44.79%. In addition, the seed greenhouse (F16) had an IAQA value of 54.66%, the bell pepper greenhouse (F17) had an IAQA value of 55.82%, and the eggplant greenhouse (F18) had an IAQA value of 43.75%. Given their considerable effects on pollutant dispersion and/or transformation, air temperature, and air relative humidity may be the primary factors influencing year-round air quality; they account for the variation in IAQA values. The term air quality refers to how clean the air is in relation to the level of pollution [21]. The air quality of monitoring farms F24 and F9 are seriously dangerous. An early warning should be issued to the farm workers in such environments, and the working hours should be reduced. Then, a statement should be formed following prescribed procedures, and work can continue after the pollution concentrations are reduced. If left untreated, the occupational health of farm workers can be endangered, causing human and property losses [33]. It can also be seen in Figure 5 that the air quality of the monitoring farms' public garden (F3), duck farm (F7), and corn farm (F20) is good compared with other monitoring farms. The reason for this might be that safer activities are used in such farms. The created IAQA model will suitably emphasize the impact on the air quality level when one of the examined indicators has a greater scale. Interactions and synergies between different pollutants and atmospheric parameters happen when the scale of all indicators increases, and this has a major effect on the level of air quality. The purpose of this study was to monitor and assess different air pollutants and atmospheric factors in agricultural contexts using the weighted average scale index evaluation technique. Initially, it is possible to measure the atmospheric parameters and air quality indicators in an agricultural setting. Second, the weighted average scale index evaluation methodology can precisely and swiftly manage the variables that cause environmental fall and reflect the governance status following action. These measurement data can be used as a guide for air quality assessment and agricultural environment structure design. Although  
Figure 5: Values of average IAQA for different farm activities. similar research has been published, this paper presents novelty findings from combined values of air pollutants and weather parameters for defining a new criterion called an integrated indicator.