Orbit can pace ice ages, but modern CO2 shifts the clock. The next true glacial era is far off, while warming runs hot right ...

Research on the Quaternary glaciation of the Iberian Peninsula reveals a complex record of glacial advances and retreats interwoven with episodes of rapid climate change. Detailed geomorphological and ...

A new study suggests that Earth’s next ice age should begin within the next 11,000 years - except our impact on the planet may delay it, potentially by thousands of years. Scientists have long known ...

For decades, scientists puzzled over two key climate mysteries. What sparked the formation of Earth’s vast ice sheets during the last ice age—and how did they spread so fast? New research may finally ...

Humans seem to have been adapted to the last ice age in similar ways to wolves and bears, according to our recent study, challenging longstanding theories about how and where our ancestors lived ...

The Last Glacial Period was characterised by dramatic shifts in climate and ocean circulation that have deeply influenced global carbon cycles and climate variability. Evidence from sediment cores, ...

The ebb and flow of Pleistocene glacial cycles is not random; it follows a predictable pattern dictated by the distinct and deterministic influence of Earth’s orbital geometry, according to a new ...

Arctic poppy (Papaver radicatum) flowering on rock, Disko-Bay, West-Greenland, Greenland. The heart of Greenland has recently been green. A two-mile-deep ice core from the very center of Greenland’s ...

We have been in the quaternary, also known as the Pleistocene, glaciation period for about 2½ million years. The maximum extent of the ice sheets occurred between 26,000 and 18,000 years ago. The ...

How did woolly mammoths survive the last ice age? And how thick was the ice over New York City? Test your knowledge by taking our quiz. When you purchase through links on our site, we may earn an ...