Not exact matches
While natural patterns of
certain atmospheric and ocean
conditions are already known to influence Greenland melt, the study highlights the importance of a long - term warming trend to account for the unprecedented west Greenland melt rates in recent years.
What goes on inside the tank is a real - world computation that tells me something about
atmospheric turbulence under
certain conditions.
Certain features of mirages are thus understood without detailed knowledge of
atmospheric conditions
Trending increases in
certain environmental
conditions that brew up these storms: increased sea surface and upper ocean temperatures and
atmospheric instability.
While the
conditions in the geological past are useful indicators in suggesting climate and
atmospheric conditions only vary within a a
certain range (for example, that life has existed for over 3 billion years indicates that the oxygen level of the atmosphere has stayed between about 20 and 25 % throughout that time), I also think some skeptics are too quick to suggest the lack of correlation between temperature and CO2 during the last 550 million years falsifies the link between CO2 and warming (too many differences in
conditions to allow any such a conclusion to be drawn — for example the Ordovician with high CO2 and an ice age didn't have any terrestrial life).
Weather is the
atmospheric conditions at a
certain place at a
certain point in time.
As we shall see there are
certain aspects of
atmospheric conditions necessary to produce violent tornadoes that climate change is enhancing while there are other
atmospheric conditions necessary to form tornadoes about which scientists are uncertain exactly how a warming world will affect them.
This means it will take centuries to millennia for deep ocean temperatures to warm in response to today's surface
conditions, and at least as long for ocean warming to reverse after
atmospheric greenhouse gas concentrations decrease (virtually
certain).
All the above is not to say that CR have no effect on
atmospheric conditions at all, for
certain regions, principally at high latitudes and altitudes, there is an effect, however, averaged over the Globe their effect is very small.
The lapse rate, strictly speaking, applies to elevation above ground level (which is strongly affected by local
atmospheric conditions such as absolute humidity and the rate of change of the absolute humidity in space and time) and this should be considered when making
certain kinds of comparisons.
While natural patterns of
certain atmospheric and ocean
conditions are already known to influence Greenland melt, the study highlights the importance of a long - term warming trend to account for the unprecedented west Greenland melt rates in recent years.