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ZME Science on MSNThis Is the Oldest Ice on the Planet and It’s About to Be Slowly Melted to Unlock 1.5 Million Years of Climate HistoryFor much of the planet’s recent geological history, ice ages came and went every 41,000 years. Then, during a period ...
East Antarctica’s tectonic plate probably broke off of the supercontinent about 80 million years ago, with today’s ice sheet forming 34 million years ago. Today, the researchers write, the flat ...
A 12,000-year-old Alpine ice core reveals Europe once endured massive dust storms and sea salt surges—evidence of a radically ...
A unique ice core which is believed to be more than 1.5 million years old is being investigated to carve out information ...
Antarctica's oldest ice has been brought to the UK for research.Scientists collected this ice from depths of up to 2,800 ...
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Independent.ie on MSNAncient river landscapes buried beneath Antarctica could ‘stabilise ice sheet’Landscapes left behind by ancient rivers and buried beneath the Antarctic ice may affect the rate of ice loss, researchers have suggested. In a study published in Nature Geoscience, a team used radio ...
Hidden landscapes under Antarctic ice may slow glacier flow. These ancient surfaces could change how we predict sea-level ...
A rapidly melting glacier on Wilczek Island in Russia has uncovered a rare whale graveyard, revealing insights into sea-level ...
Scientists are racing to collect ice cores — along with long-frozen records they hold of climate cycles — as global warming melts glaciers and ice sheets. Some say they are running out of time.
An epic glacial lake flood spanning Canada’s prairies may have been swift enough to trigger the ice age roughly 12,000 years ago, shows research lead by the University of Alberta. The flood from ...
Yao Tandong, left, and Lonnie Thompson, right, process an ice core drilled from the Guliya Ice Cap in the Tibetan Plateau in 2015. The ice held viruses that are nearly 15,000 years old, a new ...
Groundwater records from the last ice age indicate that aquifers in the U.S. Southwest are more sensitive to global warming than aquifers in the Pacific Northwest.
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