The phrase "air quality implementation" is correct and usable in written English.
It can be used in contexts related to environmental policies, regulations, or programs aimed at improving or managing air quality.
Example: "The city has launched a new initiative focused on air quality implementation to reduce pollution levels."
Alternatives: "air quality management" or "air quality enforcement".
Results from this study enhance existing emission inventories and appear to validate predicted improvements to ambient air quality through implementation of new phase-2 handheld emission standards.
A third feature was the high air pollutant emissions associated with weak implementation of air quality legislation and a high level of coal dependency.
Within this framework, the implementation of the process at national and local levels is considered, leading to an identification and assessment of risks in the formulation and implementation of air quality management policy and practice.
In 2030, implementation of Air Quality and Strict Air Quality scenarios could result in reductions of 39 48% of SO2 emissions, 38 42% of NOX emissions, 37 55% of PM2.5 emissions and 5 22% of CO2 emissions respectively, compared with the Baseline scenario.
Finally, the implementation of air quality control systems and climatic monitoring should take into account the different sensitivities of each and every material in museums and exhibitions, in storage or on display, in order to ensure its preservation for the future generations.
The model provides a means for quantitatively evaluating the impact of air quality management policies prior to implementation.
Air pollution epidemiology plays an integral role in both identifying the hazards of air pollution to human health and informing the design and implementation of air quality policy (Greenbaum et al. 2001).
Robust data regarding the association between inhalable pollutants and adult pneumonia will inform health policy and ensure appropriate allocation of resources towards intervention strategies to reduce exposure: implementation of air quality guidelines, indoor and outdoor pollution reduction and smoking prevention strategies.
In the last few years, the interest in the development of new pervasive or mobile implementations of air quality multisensor devices has significantly grown.
The proposed decision framework represents a general methodology to design Integrated Assessment Modelling (IAM) systems aimed at the implementation of effective Air Quality Plans (AQP).
