Changes in a regions albedo - for example, snow cover melts earlier in the season than it did previously - climate changes could follow.
Not exact matches
They found that
in regions where the amount of snowfall was low and any snow that did settle was sublimating away, enough dust would have accumulated to
change the surface
albedo sufficiently so that the Earth absorbed sunlight and thawed (Journal of Geophysical Research — Atmospheres, DOI: 10.1029 / 2009jd012007,
in press).
It would appear that the remaining contributor would be light, an interesting aspect to research may be how much would the quantity of life
change in the
region, if the
albedo changes?
It is not that the polar
regions are amplifying the warming «going on» at lower latitudes, it is that any warming going on AT THE POLES is amplified through inherent positive feedback processes AT THE POLES, and specifically this is primarily the ice -
albedo positive feedback process whereby more open water leads to more warming leads to more open water, etc. *** «Climate model simulations have shown that ice
albedo feedbacks associated with variations
in snow and sea - ice coverage are a key factor
in positive feedback mechanisms which amplify climate
change at high northern latitudes...»
Changes in a
region's
albedo - for example, snow cover melting earlier
in the season than it did previously - Could result
in climate
change.
Given the rising pace at which ice and snow
in Greenland, Siberia, Alaska, and other Arctic
regions are disappearing, the resulting
changes in albedo may worsen global warming and its consequences.15, 16