Hope Bay glacier, 2012. (Photo: Travellers & Tinkers/Wikimedia/cc)
May 22, 2015
A group of scientists on Thursday published evidence that the Southern Antarctic Peninsula, a region where glaciers were previously thought to be stable, is now undergoing sudden--and dramatic--ice loss due to the warming of the ocean.
Published in the journal Science under the title Dynamic thinning of glaciers on the Southern Antarctic Peninsula, the research was led by a group of University of Bristol researchers.
A research summary explains, "Using measurements of the elevation of the Antarctic ice sheet made by a suite of satellites, the researchers found that the Southern Antarctic Peninsula showed no signs of change up to 2009."
However, the statement continues, "Around 2009, multiple glaciers along a vast coastal expanse, measuring some 750km in length, suddenly started to shed ice into the ocean at a nearly constant rate of 60 cubic km, or about 55 trillion litres of water, each year.
Lead researcher Dr. Bert Wouters, from the University of Bristol, said the findings "came as a surprise."
"To date, the glaciers added roughly 300 cubic km of water to the ocean," said Wouters. "That's the equivalent of the volume of nearly 350,000 Empire State Buildings combined."
The findings mean that the region "is the second largest contributor to sea level rise in Antarctica and the ice loss shows no sign of waning," say researchers.
This study comes on the heels of a NASA report released last week, which found that the Antarctic shelf is close to disintegration.
Join Us: News for people demanding a better world
Common Dreams is powered by optimists who believe in the power of informed and engaged citizens to ignite and enact change to make the world a better place. We're hundreds of thousands strong, but every single supporter makes the difference. Your contribution supports this bold media model—free, independent, and dedicated to reporting the facts every day. Stand with us in the fight for economic equality, social justice, human rights, and a more sustainable future. As a people-powered nonprofit news outlet, we cover the issues the corporate media never will. |
Our work is licensed under Creative Commons (CC BY-NC-ND 3.0). Feel free to republish and share widely.
Sarah Lazare
Sarah Lazare was a staff writer for Common Dreams from 2013-2016. She is currently web editor and reporter for In These Times.
A group of scientists on Thursday published evidence that the Southern Antarctic Peninsula, a region where glaciers were previously thought to be stable, is now undergoing sudden--and dramatic--ice loss due to the warming of the ocean.
Published in the journal Science under the title Dynamic thinning of glaciers on the Southern Antarctic Peninsula, the research was led by a group of University of Bristol researchers.
A research summary explains, "Using measurements of the elevation of the Antarctic ice sheet made by a suite of satellites, the researchers found that the Southern Antarctic Peninsula showed no signs of change up to 2009."
However, the statement continues, "Around 2009, multiple glaciers along a vast coastal expanse, measuring some 750km in length, suddenly started to shed ice into the ocean at a nearly constant rate of 60 cubic km, or about 55 trillion litres of water, each year.
Lead researcher Dr. Bert Wouters, from the University of Bristol, said the findings "came as a surprise."
"To date, the glaciers added roughly 300 cubic km of water to the ocean," said Wouters. "That's the equivalent of the volume of nearly 350,000 Empire State Buildings combined."
The findings mean that the region "is the second largest contributor to sea level rise in Antarctica and the ice loss shows no sign of waning," say researchers.
This study comes on the heels of a NASA report released last week, which found that the Antarctic shelf is close to disintegration.
Sarah Lazare
Sarah Lazare was a staff writer for Common Dreams from 2013-2016. She is currently web editor and reporter for In These Times.
A group of scientists on Thursday published evidence that the Southern Antarctic Peninsula, a region where glaciers were previously thought to be stable, is now undergoing sudden--and dramatic--ice loss due to the warming of the ocean.
Published in the journal Science under the title Dynamic thinning of glaciers on the Southern Antarctic Peninsula, the research was led by a group of University of Bristol researchers.
A research summary explains, "Using measurements of the elevation of the Antarctic ice sheet made by a suite of satellites, the researchers found that the Southern Antarctic Peninsula showed no signs of change up to 2009."
However, the statement continues, "Around 2009, multiple glaciers along a vast coastal expanse, measuring some 750km in length, suddenly started to shed ice into the ocean at a nearly constant rate of 60 cubic km, or about 55 trillion litres of water, each year.
Lead researcher Dr. Bert Wouters, from the University of Bristol, said the findings "came as a surprise."
"To date, the glaciers added roughly 300 cubic km of water to the ocean," said Wouters. "That's the equivalent of the volume of nearly 350,000 Empire State Buildings combined."
The findings mean that the region "is the second largest contributor to sea level rise in Antarctica and the ice loss shows no sign of waning," say researchers.
This study comes on the heels of a NASA report released last week, which found that the Antarctic shelf is close to disintegration.
We've had enough. The 1% own and operate the corporate media. They are doing everything they can to defend the status quo, squash dissent and protect the wealthy and the powerful. The Common Dreams media model is different. We cover the news that matters to the 99%. Our mission? To inform. To inspire. To ignite change for the common good. How? Nonprofit. Independent. Reader-supported. Free to read. Free to republish. Free to share. With no advertising. No paywalls. No selling of your data. Thousands of small donations fund our newsroom and allow us to continue publishing. Can you chip in? We can't do it without you. Thank you.