In regard to climate change, we have found a less painful solution to reduce carbon dioxide emissions: traffic congestion relief.
Much of the benefits linked to CL, such as reduction in CO2 emissions, traffic and resource use, are linked to a more efficient usage of loading space.
They do not believe the shutdown will negatively affect greenhouse gas emissions, traffic, or noise, due to the other transit options available and the shutdown's temporary lifespan and, in fact, go so far as to say that it would actually "result in a beneficial temporary impact to air quality".
From the models developed, it is evident that in addition to industrial emissions, traffic related VOC pollutions cannot be ignored in Chemical Valley and in similar industrial areas.
Promoting cycling as an alternative to motorised transport would result in reduced carbon emissions, traffic congestion and noise pollution while providing people with an opportunity to integrate regular physical activity into their lives.
Compared with more aged emissions, fresh traffic emissions include larger amounts of ultrafine particles, which are strongly oxidative and may be particularly toxic (Nel 2005).
We analysed two air pollutants characterising different exposure sources: NO2 from local traffic emissions (traffic-NO2) as a marker of the mixture of vehicle emissions, and SO2 from local residential combustion heating (heating-SO2) as a marker mainly reflecting oil combustion.
No matter which of the above given models is applied, in order to calculate real-time varying traffic-related air pollution, the methods for estimating the traffic emission, emission rates, emission factors, traffic flows, and individual exposure to dynamic traffic air pollution need to be addressed explicitly.
Main sources of PM10 emission are traffic, industry, and agriculture.
To name just three: congestion, carbon emissions and traffic accidents.
