Not exact matches
Lyon thinks this change in temperatures has
altered atmospheric circulation
patterns, cutting off the supply of moisture to east Africa (Geophysical Research Letters, DOI: 10.1029 / 2011GL050337).
To get around those problems in relating tornadoes to climate, the Columbia team shifted its focus from the tornadoes themselves to the
atmospheric factors that are crucial for tornado formation, factors that are themselves
altered by the ENSO
pattern.
The abstract of the Ainsworth et al seems to provide some support for both TC and BPL: «Rising
atmospheric [CO2] is
altering global temperature and precipitation
patterns, which challenges agricultural productivity,» yet «rising [CO2] provides a unique opportunity to increase the productivity of C3 crops...»
«We think the recent snowy winters could be caused by the retreating Arctic ice
altering atmospheric circulation
patterns by weakening westerly winds, increasing the amplitude of the jet stream and increasing the amount of moisture in the atmosphere,»
One is that climate change is
altering the
pattern of
atmospheric circulation, causing more ozone to be carried away from the tropics.
Francis, who wasn't involved with either study, is one of the main proponents of an idea that by
altering how much heat the ocean lets out, sea ice melt and Arctic warming can also change
atmospheric circulation
patterns, in particular by making the jet stream form larger peaks, or highs, and troughs, or lows.
Three of these five intervals coincided with multidecadal hemispheric climate - regime shifts, which were characterized by a switch between distinct
atmospheric and oceanic circulation
patterns, a reversal of NHT trend, and by
altered character of ENSO variability.
Forests can affect the global climate system by
altering large - scale
patterns in
atmospheric waves and jet streams, a mechanism termed «teleconnection
patterns» (e.g., [12, 15 — 19]-RRB-.
But in a given model you can often find ways of
altering the model's climate sensitivity through the sub-grid convection and cloud schemes that affect cloud feedback, but you have to tread carefully because the cloud simulation exerts a powerful control on the
atmospheric circulation, top - of - atmosphere (TOA) and surface radiative flux
patterns, the tropical precipitation distribution, etc..
Greenhouse gases have a cooling effect on the stratosphere, and climate change is likely to also
alter atmospheric transport and circulation
patterns.
It also backs up other research: that human artefacts are now embedded in geological strata, while human action is beginning to
alter the biological cycles and
atmospheric patterns in dangerous ways and has certainly begun to
alter the climate cycle.
These anomalies are then transported by major ocean currents to locations where the stored energy is released into the atmosphere,
altering atmospheric pressure and moisture
patterns that can ultimately affect regional precipitation.
In addition, human - induced climate change may
alter atmospheric circulation, dislocating historical
patterns of natural variability and storminess.
Such a change could
alter both ocean and
atmospheric circulation
patterns around the world.
Variations in ocean circulation speeds account for significant instances of climate change, changing the hydrological cycle and
altering atmospheric circulation
patterns as well.
Such oscillations might also
alter hurricane
patterns, but the main driver of hurricanes is warm sea surface temperatures > 27C (we can all agree on that, I hope);
atmospheric conditions also need to be conducive (see the above comment on this year's rip - snorting season).
The changed
atmospheric heating
alters the jet streams and storm tracks and influences weather
patterns for the duration of the event (Trenberth et al. 1998).