Solutions to reduce Global Warming

This document discusses various solutions to reduce global warming and its impact on the environment. It explores different types of pollutants and sources of heat that need to be addressed. The document emphasizes the importance of controlling suspended particulate matter, radioactive elements, and carbon monoxide emissions.

Running head: SOLUTIONS TO REDUCE GLOBAL WARMING
Solutions to reduce Global Warming
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SOLUTIONS TO REDUCE GLOBAL WARMING
Pollution as well as global warming had been important concerns in the conference that was
held on the topic associated with environment and it was organized in a place called Sweden
in the year 1972. The Declaration of the United Nations Conference on Human Environment
emphasized up on the fact that people must stop release of certain types of pollutants as well
as excessive heat production that cannot be controlled or processed by interruptions due to
environment. This particular discussion shall be centred round different varieties of pollutants
as well as sources of heat that is most important to be addressed.
Suspended particulate matter (SPM or PM-10) mostly take into account diesel exhausts, fly
ashes from coal burning as well as mineral dusts from cement or limestone or otherwise
metal dusts as well as fumes that generate from zinc, iron or lead have a major impact up on
the environment (Allen et al., 2016). These pollutants mix with rainwater resulting into
formation of acid rain in many parts of the world. They also cause respiratory problems and
make people suffer from asthma and bronchitis. Formation of smog as well as scattering due
to light causes huge traffic jam on the streets and therefore it is required to reduce its
emission. This would help to reduce impacts on the ecosystem as well as biodiversity. In
order to minimize these pollutants from the air it is essential to make the air free from these
particulate matter by using inertial separators, electrostatic precipitators or wet collectors also
known as scrubbers.
Environmental threat is also produced due to disposure of radioactive elements as well as
compounds like Mercury as it emits harmful ionic radiations for example beta as well as
alpha particles, harmful gamma rays that can have an adverse effect on human external as
well as internal body. Utilization of radio isotopes in various waterways leads to
contamination of water and green environment therefore it is essential to minimize these
toxic wastes that cause life hazards. Building of nuclear power stations at distant places away

SOLUTIONS TO REDUCE GLOBAL WARMING
from the local living homes or residential places would reduce contamination as forests and
biodiversity might not get exposed too much nuclear wastes.
Burning of agricultural wastes, forest fires as well as coal burning lead to release of large
amounts of Carbon monoxide in the air this leads to greenhouse effect in the environment as
a result of which surroundings get excessively heated up as these gases disallow sun’s heat to
escape therefore it leads to rise in temperature of the surroundings. Burning of coal also
releases excessive amount of heat and toxicity of Carbon monoxide gas lead to death of many
living beings on earth (Stohl et al., 2015). Immediate precautionary measures need to be
taken in order to control forest fires so that release of gases can be minimized for example the
Amazon forest fire that has been a recent concern from the global perspectives.
It is essential to control these three different types of pollutants as these would help to attain
stability in our ecosystem and would reduce impacts that lead to global warming. These
pollutants need to be critically addressed as they are of great concern to the natural
environment.

SOLUTIONS TO REDUCE GLOBAL WARMING
Reference List
Allen, M. R., Fuglestvedt, J. S., Shine, K. P., Reisinger, A., Pierrehumbert, R. T., & Forster,
P. M. (2016). New use of global warming potentials to compare cumulative and short-
lived climate pollutants. Nature Climate Change, 6(8), 773.
Stohl, A., Aamaas, B., Amann, M., Baker, L. H., Bellouin, N., Berntsen, T. K., ... &
Dusinska, M. (2015). Evaluating the climate and air quality impacts of short-lived
pollutants. Atmospheric Chemistry and Physics, 15(18), 10529-10566.