Two hundred and fifty one million years ago, the worst mass extinction event Planet Earth has ever seen ruined the life of the Late Permian Period. Known as the Great Dying, this colossal ...

(pensive music) - Scientists agree that Earth has seen five mass extinction events in its history, with the end Permian being the worst. Some believe we could be on the cusp of a sixth today.

Find the answers to all your dinosaur questions here. Yes, travel back in time with us to the Age of Dinosaurs. Or stay where you are, and watch this collection of documentaries to learn about the ...

Get Instant Summarized Text (Gist) The Permian mass extinction, 252 million years ago, was linked to a 10°C rise in global temperatures due to massive volcanic CO 2 emissions. This led to climate ...

Mega El Niños could have intensified the world’s most devastating mass extinction, which ended the Permian Period 252 million years ago, a new study found.

Artistic reconstruction of the terrestrial ecological landscape after the end Permian mass extinction based on fossil palynomorphs, plants , and tetrapods recovered, as well as sedimentological ...

Mega El Niños could have intensified the world’s most devastating mass extinction, which ended the Permian Period 252 million years ago, a new study found.

Travel back in time even further to around 250 million years ago, and the Great Dying – more formally known as the Permian-Triassic extinction event – wiped out members of all classes of life.

Before the Permian extinction began, the researchers found, El Niños were probably of a similar intensity and duration as today. That is, the anomalously warm water was about 0.5°C ...

Great Dying debates. During the end-Permian mass extinction––also called the Great Dying–80 percent of marine species were wiped out. While most species on land did not fare much better, the ...

Artistic reconstruction of the terrestrial ecological landscape before the end Permian mass extinction based on fossil palynomorphs, plants , and tetrapods recovered, as well as sedimentological ...