This blog briefly discusses potential explosive methane release from Arctic permafrost, and contrasts this with
the potential dramatic climate impacts of a major volcanic eruption.
Not exact matches
He argues that geoarchaeology — a relatively new science that combines aspects of geology and archaeology — offers the
potential to make
dramatic contributions to our understanding of how
climate change and other large - scale environmental forces are shaping human history.
Since most ODS are «super» greenhouse gases (GHG) with global warming
potentials (GWP) hundreds or thousands of times greater than carbon dioxide (CO2), this phase - out has had
dramatic impacts on mitigating
climate change.
Climate change threatens
dramatic price fluctuations in the price of wheat and
potential civil unrest because yields of one of the world's most important staple foods are badly affected by temperature rise.
If verified, this effect would represent a
dramatic advance not only in the basic understanding of the Sun's variable activity, but also in the
potential influence of this variability on the Earth's
climate.
Whilst these inorganic fluorine compounds and perfluorocarbons have large global warming
potentials, which make for
dramatic media headlines, their atmospheric abundances and mixing ratios are very small, and hence their contributions to radiative forcing in the atmosphere and hence to anthropogenic forcing of
climate processes are very small by comparison to carbon dioxide, methane and water vapor.