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11<br />

WESTERN APPROACH<br />

BACKGROUND<br />

Figure 2.3 | Beijing The ‘Great Smog’ in 2013 Figure 2.4 | London The ‘Great Smog’ in 1952<br />

China is not the only country that has<br />

experienced deadly human-induced<br />

pollution levels. The “Great Smog”<br />

happened in London in 1951, killing<br />

4,000 people in 4 days, and the causes<br />

of London’s smog were similar to those<br />

in Shijiazhuang (John, Shulenberger &<br />

Endlicher 2008). Like China, London’s<br />

economic performance at the time was<br />

strong and the city was experiencing<br />

rapid growth, but smog was the<br />

unpleasant cost of this growth. As the<br />

main energy source, coal-burning fires<br />

resulted in significant air pollution across<br />

the city, and most people at that time<br />

did not understand the importance of a<br />

healthy environment. However, London<br />

learned important lessons from this<br />

health disaster. After the London smog,<br />

urban citizens changed their heating<br />

system from individual to collective,<br />

installing filter systems. As well, people<br />

strived to look for more green energy<br />

to substitute for coal, and air pollution<br />

became an important part of education.<br />

In the 20th century, London’s air<br />

pollution becomes serious again. There<br />

is a researcher who followed children<br />

in central London schools, and found<br />

that their lung capacity was reduced<br />

significantly by the age of eight or nine<br />

(Vidal 2013). The research also came out<br />

with a startling conclusion that people<br />

will have smaller lungs forever when<br />

they live in a polluted area. The point<br />

is, the lung volume problem will affect<br />

people’s bodies in the future and that is<br />

why people die of lung disease later on<br />

(Vidal 2013). Today, London air pollution<br />

is linked to the death of 4,300 people<br />

per year, and air pollution is the root of<br />

health problems which include heart and<br />

lung diseases, cancers and respiratory<br />

problems (Fuller 2013). London authority<br />

launched the ‘Low Emission Zone’ from<br />

2008, which is a traffic pollution charge<br />

scheme with the aim of reducing the car<br />

pollution in London. The ‘Low Emission<br />

Zone’ only charges vehicles that do not<br />

conform to higher emission standards,<br />

and others can enter the controlled zone<br />

for free (BBC 2007).<br />

Carpooling is a simple way for<br />

individuals to save money and go<br />

where they want to go. It also reduces<br />

congestion and conserves energy along<br />

the way. ‘Carpooling’ is sharing a car with<br />

more than one person; more people using<br />

one vehicle reduces each person’s travel<br />

costs and the stress of driving. Carpooling<br />

has become more popular in western<br />

countries because of the gas shortage,<br />

resulting from the 1973 oil crisis (Amey<br />

& Oliphant 2010). Today, carpooling is a<br />

great way to solve traffic congestion and<br />

carbon emission problems.<br />

China needs to understand exactly<br />

what was done in London at the time and<br />

connect to contemporary London. London<br />

clears the smog but leaves pollutants<br />

on a level that continue to erode the<br />

health of the population. China, in dealing<br />

with air pollution problems, should be<br />

more cautious and consider long-term<br />

implications.

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