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Updated: 9 min 46 sec ago
Cites work by Colin Stark and Göran Ekström.
Seismic recordings registered a massive landslide in Alaska's Glacier Bay National Park, and scientists are studying how the region's geology and environmental change are elevating the risk of mountain landslides. Cites work by Colin Stark and Göran Ekström.
Quotes Klaus Jacob.
More than 100 million tons of rock slid down a mountainside in Southeast Alaska on Tuesday morning, sending debris miles across a glacier below and a cloud of dust into the air. Lamont's Colin Stark and colleagues analyzed the landslide through its seismic waves.
Slowdowns of the Atlantic meridional overturning circulation have long been suspected as a cause of the climate swings during the last ice age, but never definitively shown, until now. The new study “is the best demonstration that this indeed happened,” says Lamont's Jerry McManus.
A new study led by Lamont's Ryan Abernathey shows how sea ice migration around Antarctica be more important for global ocean overturning circulation than previously thought. (In Spanish)
The burning sensation in the southwestern United States was diagnosed by climate scientists more than a year ago, the Washington Post writes. The Post cites research by Lamont-Doherty scientist Park William into connections between the California drought and climate change.
California's overworked firefighters are being forced to take on another task — clearing dead and dying trees. John Upton talks with Lamont's Park Williams about the role of drought and rising temperatures.
High-resolution ocean models that can capture eddies are extremely important for understanding the fate of freshwater in the sea around Greenland, says Lamont's Marco Tedesco.
The fact that water vapor is the dominant absorber in the Earth’s greenhouse effect can lead to a flawed narrative about the role of anthropogenic carbon dioxide (CO2) as driver of climate warming. Lamont's Adam Sobel helps explain.
Last summer the northern parts of the Greenland Ice Sheet experienced record melting as summer temperatures rose as high as 66°F. Now, a group of scientists led by Lamont's Marco Tedesco has linked the melt pattern with a high-pressure vortex, known as a block, that loitered north of the island during June and July 2015, wreaking weather havoc. Some researchers say such atmospheric blocks are expected to result from melting sea ice.
Climate change has pushed up average temperatures by nearly 2°F worldwide. Most of California was warmer than that from March through May, with some patches of the state more than 4°F warmer than average. “This does not look like a typical El Niño year out West,” said Lamont's Ben Cook.
The globalization of the world's economy this century has made it far more vulnerable to the impacts of extreme weather, including heat stress on workers, according to a new study from Lamont's Anders Levermann.
2015 was a record year for high temperatures and melting glaciers in western Greenland, an effect that is amplifying itself and could lead to accelerated warming in the Arctic, new research from Lamont's Marco Tedesco explains.
Researchers working in Iceland, including Lamont's Martin Stute, say they have discovered a new way to trap the greenhouse gas carbon dioxide deep underground by changing it into rock.
Lamont's Martin Stute writes about the CarbFix project in Iceland, where he has been working with other scientists and engineers to capture CO2 emissions and create permanent storage by turning CO2 to stone.
Lamont scientists have come up with a way to store carbon dioxide that dissolves the gas with water and pumps the resulting mixture — soda water, essentially — down into certain kinds of rocks, where the CO2 reacts with the rock to form a mineral called calcite. By turning the gas into stone, scientists can lock it away permanently.
Reanalyzing Greenland's last melt season, Lamont's Marco Tedesco found something odd and worrying. Greenland had shown much more unusual melting in its colder northern stretches than in the warmer south, and that this had occurred because of very strange behavior in the atmosphere above it.
A new analysis of the Greenland Ice Sheet led by Lamont's Marco Tedesco points to an underappreciated culprit that could accelerate the melting of the Greenland ice sheet: wind.
A pilot in Iceland project that sought to demonstrate that carbon dioxide emissions could be locked up by turning them into rock appears to be a success. Smithsonian Magazine talked with Lamont's Juerg Matter, who has been involved in the project, and Dave Goldberg.