Pangaea is a supercontinent that formed on Earth about 335 million years ago and began to break up about 175 million years ago, eventually forming the familiar continents of today. Massimo Pietrobon made a map that shows where our modern country borders would appear on Pangaea. Check out the full-size version here.
See also Locate Modern Addresses on Earth 240 Million Years Ago. (via @owacle)
Speaking of Pangaea, this video shows how the present-day continents came to be formed from the Pangaea supercontinent about 240 million years ago, then shows what the Earth's surface might look like 250 million years in the future, if the tectonic plates continue to move in predictable ways.
I hope this explanation is helpful. Of course all of this is scientific speculation, we will have to wait and see what happens, but this is my projection based on my understanding of the forces that drive plate motions and the history of past plate motions. Remember: "The past reveals patterns; Patterns inform process; Process permits prediction."
Look at how quickly India slams into the Asian continent...no wonder the Himalayas are so high.1 And it's interesting that we're essentially bookended by two supercontinents, the ancient Pangaea and Pangaea Proxima in the future.
Though they may not be able to grow much more. Erosion and gravity work to keep the maximum height in check.↩
Ian Webster built a tool to plot modern addresses on a map of the Earth from up to 750 million years ago. Just input an address and it'll find where that spot of land was on the Earth at a given time. The tool defaults to a view from 240 million years ago, smack in the middle of the Pangaea supercontinent era, but you can select views from 750 million years ago right up to the present. Webster explained a bit about the project on Hacker News:
I built this by adapting GPlates (https://www.gplates.org), an academic project providing desktop software for geologists to investigate plate tectonic data. I'm amazed that geologists collected enough data to actually plot my home 750M years ago, so I thought you all would enjoy it too.
Even though plate tectonic models return precise results, you should consider the plots approximate (obviously we will never be able to prove correctness). In my tests I found that model results can vary significantly. I chose this particular model because it is widely cited and covers the greatest length of time.
The visualization is open source and Webster is working on integrating the plate techtonics and location data into that repo soon.
