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2010 Spike in Greenland Ice Loss Lifted Bedrock, GPS Reveals
“An unusually hot melting season in 2010 accelerated ice loss in southern Greenland by 100 billion tons — and large portions of the island’s bedrock rose an additional quarter of an inch in response.
That’s the finding from a network of nearly 50 GPS stations planted  along the Greenland coast to measure the bedrock’s natural response to  the ever-diminishing weight of ice above it.
Every year as the Greenland Ice Sheet melts, the rocky coast rises,  explained Michael Bevis, Ohio Eminent Scholar in Geodynamics and  professor in the School of Earth Sciences at Ohio State University. Some  GPS stations around Greenland routinely detect uplift of 15 mm (0.59  inches) or more, year after year. But a temperature spike in 2010 lifted  the bedrock a detectably higher amount over a short five-month period  — as high as 20 mm (0.79 inches) in some locations.
In a presentation December 9 at the American Geophysical Union  meeting in San Francisco, Bevis described the study’s implications for  climate change.
“Pulses of extra melting and uplift imply that we’ll experience  pulses of extra sea level rise,” he said. “The process is not really a  steady process.”
Because the solid earth is elastic, Bevis and his team can use the  natural flexure of the Greenland bedrock to measure the weight of the  ice sheet, just like the compression of a spring in a bathroom scale  measures the weight of the person standing on it.”
Source: Science Daily

climateadaptation:

2010 Spike in Greenland Ice Loss Lifted Bedrock, GPS Reveals

“An unusually hot melting season in 2010 accelerated ice loss in southern Greenland by 100 billion tons — and large portions of the island’s bedrock rose an additional quarter of an inch in response.

That’s the finding from a network of nearly 50 GPS stations planted along the Greenland coast to measure the bedrock’s natural response to the ever-diminishing weight of ice above it.

Every year as the Greenland Ice Sheet melts, the rocky coast rises, explained Michael Bevis, Ohio Eminent Scholar in Geodynamics and professor in the School of Earth Sciences at Ohio State University. Some GPS stations around Greenland routinely detect uplift of 15 mm (0.59 inches) or more, year after year. But a temperature spike in 2010 lifted the bedrock a detectably higher amount over a short five-month period — as high as 20 mm (0.79 inches) in some locations.

In a presentation December 9 at the American Geophysical Union meeting in San Francisco, Bevis described the study’s implications for climate change.

“Pulses of extra melting and uplift imply that we’ll experience pulses of extra sea level rise,” he said. “The process is not really a steady process.”

Because the solid earth is elastic, Bevis and his team can use the natural flexure of the Greenland bedrock to measure the weight of the ice sheet, just like the compression of a spring in a bathroom scale measures the weight of the person standing on it.”

Source: Science Daily

1 year ago

December 10, 2011
reblogged via climateadaptation
photo map of Denmark as Greenland, colonized by Greenlanders (no one thinks of greenland)
via Strange Maps

map of Denmark as Greenland, colonized by Greenlanders (no one thinks of greenland)

via Strange Maps

1 year ago

August 12, 2011
photo Restless Ice - speed of ice movement in Greenland
via NYTimes.com

Restless Ice - speed of ice movement in Greenland

via NYTimes.com

2 years ago

November 14, 2010
photo Flip-Flopped Mercator Map Distortions: Arctic Africa vs. Equatorial Greenland
via Data Pointed

Flip-Flopped Mercator Map Distortions: Arctic Africa vs. Equatorial Greenland

via Data Pointed

2 years ago

November 3, 2010
photo von Karman vortices (over Jan Mayen Island, Greenland Sea) in parallel cloud streets 
via Wired Science

von Karman vortices (over Jan Mayen Island, Greenland Sea) in parallel cloud streets 

via Wired Science

photo Ap Verheggen plants a sculpture, representing a dogsled driver, on an iceberg off the west coats of Greenland where it will float in the North Atlantic until the iceberg melts (potentially lasting two years). 
via Art Knowledge News

Ap Verheggen plants a sculpture, representing a dogsled driver, on an iceberg off the west coats of Greenland where it will float in the North Atlantic until the iceberg melts (potentially lasting two years). 

via Art Knowledge News

photo mitochondrion:

findout:

This picture, taken from a helicopter, depicts deep ice cracks and melting streams atop a Greenland glacier.
Mila Zinkova, photographer

mitochondrion:

findout:

This picture, taken from a helicopter, depicts deep ice cracks and melting streams atop a Greenland glacier.

Mila Zinkova, photographer

3 years ago

February 5, 2010
reblogged via mitochondrion