Not exact matches
For example, in Earth atmospheric circulation (such as Hadley cells) transport heat between the warmer
equatorial regions to the
cool polar
regions and this circulation pattern not only determines the temperature distribution, but also sets which
regions on Earth are dry or rainy and how clouds form over the planet.
The
regions that exhibit
cooling are mainly in the shallow
equatorial areas and in some high - latitude
regions.
Ten celsius (50F) works well because that temperature seems to be too
cool for
equatorial regions and too warm for polar
regions in the mind of the average viewer.
I then explain that a climate model, as the computations are made will warm
equatorial regions and
cool polar
regions.
At the same time, the accelerated trade winds have increased
equatorial upwelling in the central and eastern Pacific, lowering sea surface temperature there, which drives further
cooling in other
regions.
The
regions that exhibit
cooling are mainly in the shallow
equatorial areas and in some high - latitude
regions.
They concluded the influx of freshwater from melting ice sheets in modern times would essentially shut down the ocean's circulation, causing
cool water to stay in the Earth's polar
regions and
equatorial water to warm up even faster.
The southeastern
equatorial region of Africa experienced similar climatic changes when summers were
cooler than normal.
«For those not in the know» La Nina is the direct consequence of the return of trade winds to their normal strength after a Nino so that renewed surface wind stress plus the Coriolis effect generate upwelling of
cool water along the
equatorial region: go read it up in any decent, old - fashioned text - book on physical oceanography published after about 1970....
I also restate that I have pointed out the importance of the accuracy of the heating and
cooling parameterizationsthe in the
equatorial region and the fact that those parameterizations are not well understood in that
region.