The End-Permian mass extinction killed an estimated 80% of life on Earth, but new research suggests that plants might have done okay.

Exploding stars in near-solar space may have triggered at least two mass extinction events in Earth’s history. A new study led by astrophysicist Alexis Quintana from the University of Alicante suggests that supernovae—the violent deaths of massive stars—could be responsible for the Late Ordovician and Late Devonian extinction events.

Scientists have found a rare life "oasis" where plants and animals thrived during Earth's deadliest mass extinction 252 million years ago.

The End-Permian mass extinction killed an estimated 80% of life on Earth, but new research suggests that plants might have done okay.

A new study reveals that a region in China's Turpan-Hami Basin served as a refugium, or "life oasis," for terrestrial plants during the end-Permian mass extinction, the most severe biological crisis since the Cambrian period.

The rate of stars going supernova near Earth appears to match two mass extinctions -- 372 million years ago and 445 million years ago.

A groundbreaking discovery in China's Turpan-Hami Basin suggests that some terrestrial ecosystems remained largely unaffected by the catastrophic end-Permian mass extinction, offering fresh insight into the resilience of life in Earth's darkest period.

Scientists have uncovered a hidden prehistoric ecosystem in China that defied Earth's deadliest mass extinction, revealing a lost world that thrived while most life perished.

Even during one of Earth's largest mass extinction events, where heat waves kill of a majority of Earth's species, at least one oasis of survival existed. The findings suggest that there may have been pockets of protection throughout Earth - challenging the notion that the heat affected life on the planet uniformly,