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Mitigation to
Climate Change[1]
Mitigation of
global warming involves taking actions aimed
at reducing the extent of global warming. This is in contrast to
adaptation to
global warming which involves taking action to minimize the effects of
global
warming. Scientific consensus on global warming, together with the
precautionary principle and the fear of non-linear climate transitions
is
leading to increased effort to develop new technologies and sciences
and
carefully manage others in an attempt to mitigate global warming. [2]
At the core of most proposals is the reduction of greenhouse gas
emissions
through reducing energy use and switching to cleaner energy sources.
Frequently
discussed energy conservation methods include increasing the fuel
efficiency of
vehicles (often through hybrid, plug-in hybrid, and electric cars and
improving
conventional automobiles), individual-lifestyle changes and changing
business
practices. Newly developed technologies and currently available
technologies
including cleaner fuels such as hydrogen fuel cells, solar power,
nuclear
power, tidal and ocean energy, geothermal power, and wind power and the
use of
carbon sinks, carbon credits, and taxation are aimed more precisely at
countering continued greenhouse gas emissions. More radical proposals
include
planetary engineering techniques ranging from relatively simple carbon
sequestration to orbital solar shades and population control, to lessen
demand
for resources such as energy and land.
[1]
For more details on Mitigation see
IPCC Fourth
Assessment Report, Working Group III Report
"Mitigation of Climate Change" Chapter 8, November 2007
[2]
Schneider, Stephen H. (2004), "Abrupt non-linear climate change,
irreversibility and surprise", Global Environmental Change, Elsevier
Ltd.,
pp. 245-258
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