Note that we computed sea ice — temperature regression coefficients with detrended data and then multiplied these by
the trend of the sea ice area to obtain the congruent temperature change.
Not exact matches
The
trends revealed by the data were clear: The average albedo in the northern
area of the Arctic Ocean, including open water and
sea ice, is declining in all summer months (May - August).
That's the equivalent
of a missing
area of sea ice almost four times the size
of Colorado, and puts this year right in line with a
trend of ever decreasing
sea ice in the region as the climate warms.
Arbetter, 4.7, Statistical A statistical model using regional observations
of sea ice area and global NCEP air temperature,
sea level pressure, and freezing degree day estimates continues the
trend of projecting below - average summer
sea ice conditions for the Arctic.
They explain how, overall, Antarctic
sea ice cover (frozen
sea surface), for separate reasons involving wind changing in relation to the location
of certain warming
sea water currents, shows a slight upward
trend, though it also shows significant melting in some
areas.
[3] An implementation
of the diff -
of - gaussian filter is presented here: https://climategrog.wordpress.com/2016/09/18/diff-
of-gaussian-filter/ [4] The
sea -
ice area data used in the decadal
trend analysis are provided by Cryosphere Today team at U. Illinois.
Then it said «If the general positive
trend in Atlantic heat input remains, winter cooling will likely be insufficient to produce
ice over an increasing
area, leading to further «Atlantification»
of the Barents
Sea.»
2012's
sea ice area and extent were already
trending low this year, but damage done to the thin and low concentration
of ice by this storm almost ensures that 2012 will eclipse 2007 in all categories as the lowest
sea ice on record by the time the September low is set.
The most definitive 30 - year P
trends occur along the northern Russian border and adjacent to Hudson's Bay (> 75 % change
of a wetter future), likely in response to diminished
sea ice cover and resulting increase in atmospheric moisture, and in some
areas of northern Africa and the Middle East (< 35 % chance
of wetting, equivalent to > 65 % chance
of drying; Fig. 8b).
The
area of Arctic
sea ice was nearly 30 % greater in August than a year ago, according to recent satellite data, though projections based on longer - term
trends suggest the
sea ice will continue its decline over time.
Another indicator
of intensifying global warming: The
area of Arctic Ocean covered by
sea ice, a major influencer
of weather for the Northern Hemisphere, continued its multi-year shrinking
trend.
The
sea ice recovery is just some natural variation on the overall
trend of decreasing
sea ice volume, extent and
area.
For example, West Antarctic temperature anomalies, excluding the Peninsula, are correlated with
sea ice area of the ABS at − 0.73, and the
trend in
sea ice area is linearly congruent with at least half
of the warming
of the WAIS and Antarctic Peninsula.
Also, a recent analysis
of Antarctic
sea ice trends for 1978 — 1996 by Watkins and Simmonds [2000] found significant increases in both Antarctic
sea ice extent and
ice area, similar to the results in this paper.
While NASA says
sea ice probably won't set any records this year, we have this horrible news: Sea ice decline spurs the greening of the Arctic Sea ice decline and warming trends are changing the vegetation in nearby arctic coastal areas, according to two University of Alaska Fairbanks scientis
sea ice probably won't set any records this year, we have this horrible news:
Sea ice decline spurs the greening of the Arctic Sea ice decline and warming trends are changing the vegetation in nearby arctic coastal areas, according to two University of Alaska Fairbanks scientis
Sea ice decline spurs the greening
of the Arctic
Sea ice decline and warming trends are changing the vegetation in nearby arctic coastal areas, according to two University of Alaska Fairbanks scientis
Sea ice decline and warming
trends are changing the vegetation in nearby arctic coastal
areas, according to two University
of Alaska Fairbanks scientists.
Record droughts in many
areas of the world, the loss
of arctic
sea ice — what you see is an increasing
trend that is superimposed on annual variablity (no bets on what happens next year, but the five - to - ten year average in global temperatures,
sea surface temperatures, ocean heat content — those will increase — and
ice sheet volumes, tropical glacier volumes,
sea ice extent will decrease.
Statistics Canada — Average
area covered by total (all)
sea ice during summer from 1968 to 2010 for
sea ice regions
of Arctic Domain — EnviroStats — See how clear the
trends are in all
of Canada's arctic regions: down, down, down at something like 7 or 8 percent a decade.