A new look at Earth’s deep past is reshaping how scientists understand the planet’s climate, and it carries a quiet warning ...
Earth's temperature has been much cooler in the past than previously thought, meaning it could be moving toward the warmest ...
Our planet has a memory. Deep within ice cores and ocean sediments lies evidence of a time when Earth looked fundamentally different from the world we know today. The parallels are unsettling. The ...
An interdisciplinary team from Florida State University's Department of Earth, Ocean, and Atmospheric Science has uncovered ...
New research suggests Earth can experience climate shocks, even with little or no ice at the poles, at a surprisingly fast pace. Professor Chengshan Wang of the China University of Geosciences led an ...
For millions of years, Earth’s rocks may have emitted stored carbon and sulfur gases, slowly altering the climate and ...
A new study by UC Davis and Chinese researchers shows how extraterrestrial forces move Earth's climate into a glacial phase both over the last 34 million years and 300 million years. Recent rapid ...
For decades, scientists have looked to the oceans for answers about one of Earth's biggest climate mysteries: Why did atmospheric carbon dioxide rise so dramatically as the planet emerged from the ...
Even when Earth was locked in its most extreme deep freeze, the planet’s climate may not have been as silent and still as once believed. New research from ancient Scottish rocks reveals that during ...
A new study reveals that ancient global warming triggered an influx of land-derived carbon into the oceans, where it was buried in marine sediments. This natural process acted as a stabilising ...
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