About 200 million years ago, the enormous landmass of Pangea began to break apart. Magma rising from beneath the Earth’s crust created a volcanic rift zone, which eventually split the supercontinent into smaller landmasses. This rift zone would later become the Atlantic Ocean, forever dividing the continents.

Today, we can still see evidence of this breakup. The coastlines of Brazil and West Africa, for example, fit together like pieces of a puzzle, hinting at their ancient connection. Similarly, Atlantic Canada was once joined with Spain and Morocco, while India was originally part of the eastern edge of Africa before crashing into Asia to form the Himalayas.

This ongoing process of plate tectonics has shaped many of the world's most iconic geographical features. The Himalayas, the Andes, and even the Appalachian Mountains owe their existence to these powerful geological forces.

What the Very Distant Future Holds
Although continental drift happens at an incredibly slow pace, it never stops. Scientists predict that in approximately 300 million years, the continents will reunite to form another supercontinent. One possible configuration for this future landmass is called Pangea Proxima.

In this theoretical future, Australia may collide with Indonesia, while North and South America could merge with Africa and Antarctica. A massive inland sea, primarily made up of what is now the Indian Ocean, may emerge at the center of this new supercontinent. Meanwhile, the remaining bodies of water may merge into a single superocean that covers the majority of Earth’s surface.

Though this scenario is millions of years away, studying past continental movements helps scientists predict Earth’s future and better understand the processes shaping our world. The idea that today’s continents will one day come together again highlights the incredible, dynamic nature of our planet.

While we may not be around to witness the formation of Pangea Proxima, the study of past supercontinents like Pangea provides a fascinating glimpse into Earth's ever-changing landscape. It serves as a reminder that, no matter how permanent things may seem, the world is always in motion.