Authors:
Asawa Priya,Varshney Naincy ,Pandey Vivek,Kashyap Isha, Singh Shraddha,Gupta Saumya and Singh
Manali
|
Abstract:
It was recognized before 30years ago that the increase in tropospheric ozone from air pollution is
an important green house terms. Later on chemistry and climate linked strongly when
chlorofluorocarbons (CFCs) are recognized on stratospheric ozone. Fossil fuel combustion for
power generation, burning of forest, transportation, cooking with solid fuels are the major
sources of air pollution which are continuously increasing. The emission of colourless gas carbon
di oxide are the ultimate by-product of all forms of burning. The greenhouse effect was largely a
problem of solving the physics and thermodynamics and dynamics of climate as CO2 does not
react with other gases. Again the chemistry strongly linked with the climate when there was a
independent discovery on CFC on stratospheric ozone and on the greenhouse effect. The solar
effect was dominating the reduced greenhouse effect on ozone and the reduced long wave
radiation of the cooler stratosphere and because of this the air chemistry and climate was
strongly linked. The main and most important thing to note is that 2.4 degree calcius warming is
the equilibrium warming. The masking effects of aerosols is considered to set the stage. The
origin of air pollution refer as aerosol as atmoshpheric brown clouds. It is nearly impossible to
interpret or understand the factors for global climate change during th last century without the
proper treatment of ABCs in climate model. For solving the air pollution problem and global
warming the living condition of the rural poor has to be improve and the negative health impact
of smoke need to be minimize .We can reduce air pollution by replacing solid fluid for cooking
with other clean energy sources just like biogas plants solar energy etc are the promising efforts
to overcome the problem of air pollution .
|
