It turns out the world's glaciers are losing
ice at an accelerating rate.
Similarly, Antarctica is also losing
ice at an accelerating rate.
Antarctica is losing land
ice at an accelerating rate.
He explains how measurements since the early 1990s show that Greenland and Antarctica are losing
ice at an accelerating rate, which, if unchecked, will result in about 1 metre of sea level rise by the end of the century, and 6 - 9 metres in the next few hundred years.
First, the West Antarctic Ice Sheet is already losing
ice at an accelerated rate, and is likely to continue to do so for hundreds of years.
Both Greenland and Antarctica are losing
ice at an accelerated rate (Velicogna 2009,).
Satellites measure Antarctica is gaining sea ice but losing land
ice at an accelerating rate which has implications for sea level rise.
This sensitivity is apparent in current observations, with both Greenland and Antarctica losing
ice at an accelerating rate.
Not exact matches
«But because carbon is dark it absorbs sunlight, causing snow and
ice to melt
at accelerated rates.
More than 80 % of the
ice on Africa's highest peak has melted since the early 20th century, joining other glaciers that are ebbing from the world's tropical mountains
at an
accelerating rate.
At the other end of the world, the recent satellite data show that the
rate of melting of Arctic sea
ice has
accelerated from 2.5 per cent per decade, as shown by the Nimbus data, to 4.3 per cent per decade.
With Arctic
ice melting
at an
accelerating rate, nations are looking to travel through a region that has been barren since James Cook mapped the Bering Strait in 1778.
About 1.2 million years ago, the sedimentation
rate accelerated — the same time that Earth's
ice ages began to occur more intensely
at 100,000 - year intervals rather than in 40,000 - year cycles.
Some of the heat seems to be going into melting the
ice sheets in Greenland and Antarctica which are losing
ice mass
at an
accelerating rate.
That estimate was based in part on the fact that sea level is now rising 3.2 mm / yr (3.2 m / millennium)[57], an order of magnitude faster than the
rate during the prior several thousand years, with rapid change of
ice sheet mass balance over the past few decades [23] and Greenland and Antarctica now losing mass
at accelerating rates [23]--[24].
The Greenland and Antarctic
ice sheets began to shed
ice at a
rate, now several hundred cubic kilometers per year, which is continuing to
accelerate [23]--[25].
Glaciers and Arctic
ice are melting
at an
accelerating rate.
He explains that the sea
ice is thinning
at an
accelerating rate, as the Arctic Ocean warms.
People have ignored the fact that when we started «contributing» CO2
at such an
accelerated rate we were already
at the «local maximum» of the carbon /
ice age cycle (Link: / / en.wikipedia.org/wiki/Image:Vostok-
ice-core-petit.png) What Hansen is saying is the only real choice if we don't want to radically change the planet's climate.
The melt of the Greenland glaciers is
accelerating at an incredible
rate and it can't be long before the Arctic sea
ice disappears altering global albedo irrevocably.
Glaciers have continued to melt
at accelerating rates, arctic summer
ice is declining
at accelerating rates, more 6 - 10 thousand year old
ice shelves are collapsing.
«But with the rapidly
accelerating rates at which the
ice is melting, and in the light of all the other, well - publicized lines of evidence, most scientists would be hard pressed to find mechanisms that do not include human - made climate change,» he added.
Satellite gravity measurements show Greenland is losing
ice mass
at an
accelerated rate, increasing its contribution to rising sea levels.
Which is bringing warmer water to the surface
at a pretty rapid
rate, warming the surface and
accelerating the
rate at which this
ice is melting.»
What's more, a recent study in the Journal of Geophysical Letters found that IPCC models had low - balled the
rate at which melted
ice drifts off, further
accelerating the collapse.
The breakup of these
ice shelves is a concern, because that would essentially remove the stopper and greatly
accelerate the
rate at which glacier melt finds its way to the ocean.
Ice loss is
accelerating at a
rate of 26 Gigatonnes / yr2.
With this third method, and with continued evolution of mass budget and geodetic methods it was shown that the
ice sheets were in fact losing mass
at an
accelerating rate by the end of the 2000s (Veliconga 2009, Rignot et al. 2011b).
Ice is melting
at accelerating rates in the Arctic, Antarctica, Greenland, and glaciers all over the world.
Ice mass loss is occuring
at an
accelerated rate in Greenland, Antarctica and globally from inland glaciers.
The best fitting trend finds that Greenland
ice loss is
accelerating at a
rate of 30 Gigatonnes / yr2.
Clearly, you missed yesterday's Washington Post report on the findings of a major international study of Antarctica's humongous Totten Glacier
ice sheet, which is melting
at an alarmingly
accelerated rate.
Some of the heat seems to be going into melting the
ice sheets in Greenland and Antarctica which are losing
ice mass
at an
accelerating rate.
If we assume the warmist notion that global land
ice is shrinking AND dO is increasing during the pause, then we should see sea level rising
at an
accelerating rate.
That estimate was based in part on the fact that sea level is now rising 3.2 mm / yr (3.2 m / millennium)[57], an order of magnitude faster than the
rate during the prior several thousand years, with rapid change of
ice sheet mass balance over the past few decades [23] and Greenland and Antarctica now losing mass
at accelerating rates [23]--[24].
The Greenland and Antarctic
ice sheets began to shed
ice at a
rate, now several hundred cubic kilometers per year, which is continuing to
accelerate [23]--[25].
Floating
ice shelves around Antarctica are losing mass
at an
accelerating rate.
«And these
ice sheets are also now melting: And melting
at an
accelerating rate,
at both ends of the earth.»
The Greenland
ice sheet is melting
at an
accelerating rate, with both the extent of melting and the length of the melt season growing.
FOR IMMEDIATE RELEASE Greenland is losing
ice from part of its territory
at an
accelerating rate, suggesting that the edges of the entire
ice cap may be unstable.
Antarctic and Greenland
ice sheets are losing
ice mass
at an
accelerating rate (Velicogna 2009).
Over the satellite era, the
rate of spring snow loss is similar to that of late - summer Arctic sea
ice extent, with each
at an
accelerated pace over the past decade.
The loss, in recent decades, of thousands of square miles of sea
ice has
accelerated warming in the Arctic, where temperatures are increasing
at two to three times the
rate of the globe as a whole.
Greenland's
ice sheet has lost mass
at an
accelerated rate over the last decade, dumping more
ice and fresh water into the ocean.
Both Greenland and Antarctic
ice - sheets are losing mass
at an
accelerating rates, as are glaciers the world over.
Meanwhile, glaciers on Greenland and Antarctica are
accelerating at astonishing
rates, disgorging increasing amounts of
ice into the ocean.
Real world observations tell us that the IPCC's speculative computer models do not work,
ice is not melting
at an enhanced
rate, sea - level rise is not
accelerating, the frequency and intensity of extreme weather events is not increasing, and dangerous global warming is not occurring.»
Using a simple elastic model, we estimate that western Greenland's
ice loss is
accelerating at an average
rate of 8.7 ± 3.5 Gt yr − 2, whereas the
rate for southeastern Greenland — based on limited data — falls
at 12.5 ± 5.5 Gt yr − 2.