Research on hidden structures deep within Earth’s mantle challenges theories about our planet’s middle layer and could ...

To account for the numerous gaps in the fossil record, they treated the parts of the world where fossils have not been uncovered as missing information rather than designating them areas where no ...

Their results, published in Current Biology, frequently support the emergence of dinosaurs in low-latitude regions of the ancient supercontinent Gondwana — essentially the tropical areas of what ...

The “long-vanished” sea once covered part of what is now mainland Australia when the landmass was part of Gondwana, Earth’s ancient supercontinent. Today, the remains of the creatures that ...

New research suggests an ancient hotspot helped shape the Great Lakes, challenging traditional formation theories.

The ocean plate was once the seafloor of Neotethys — an ocean that formed when the supercontinent Pangaea broke up into a ...

Dinosaurs may have originated in the warm, tropical regions of Gondwana, the ancient supercontinent that now includes parts of the Amazon, and various other areas in the Southern Hemisphere. The ...

The first dinosaurs could have emerged on the Gondwana supercontinent millions of years before today's oldest-known dinosaurs, researchers from University College London write in a new study published ...

It contains many ancient plant families dating back to the ancient supercontinent of Gondwana. The air is warm and thick with humidity, carrying the earthy scent of wet leaves and soil.

Until recently, many scientists believed there was a six to 10 million year gap between the first dinosaurs in the southern half of the ancient supercontinent, Pangea, and the oldest known ...

Recent research suggests that the Great Lakes originated from the Cape Verde hotspot under the ancient supercontinent Pangaea. This geological feature significantly influenced the region's ...