Millions of years of Earth’s inner tectonic activity broke Pangaea apart and formed several divisions of land that became the seven continents: Asia, Europe, North America, South America, Africa ...

It wasn't until 1912 that meteorologist Alfred Wegener hypothesized that Earth's continents had once been joined as a supercontinent that we now call Pangea. Wegener had noticed that the borders of ...

The Earth as we know it today is the result of billions of years of geological activity, where continents have shifted, collided, and broken apart over time. But what did Earth look like in its early ...

Pangaea, the ancient supercontinent, holds fascinating clues about Earth’s history and its future. From shifting continents to climate changes, discover what this geological wonder can teach us ...

The continents as we know them resulted when the proto­continent Pangaea broke apart and its fragments made the long slow journey to their present positions. The process took about 200 m­illion ...

The next, dubbed Pangaea Ultima, is expected to form at the equator in about 250 million years, as the Atlantic Ocean shrinks and a merged Afro-Eurasian continent crashes into the Americas. Source ...

Next supercontinent, Pangea Ultima, is likely to get so hot so quickly that mammals cannot adapt, new simulation shows.

The idea of Pangaea comes from Alfred Wegener's hypothesis that the seven continents were once joined as a supercontinent. Learn more about Pangaea.

It wasn't until 1912 that meteorologist Alfred Wegener hypothesized that Earth's continents had once been joined as a supercontinent that we now call Pangea. Wegener had noticed that the borders of ...