How Much Has Continental Drift Moved Your Hometown Over 750 Million Years?

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SUMMARY

A California paleontologist has developed an interactive map that visualizes the movement of hometowns over the past 750 million years due to continental drift. This tool provides users with a unique perspective on geological changes, highlighting significant shifts such as the rapid movement of the Indian subcontinent, particularly around 80 million years ago, which contributed to the formation of the Himalayas. Additional resources, including the Interactive Virtual Earth and GPlates, offer further insights into ancient geological formations and seafloor changes.

PREREQUISITES
  • Understanding of continental drift theory
  • Familiarity with geological time scales
  • Basic knowledge of paleontology
  • Experience with interactive mapping tools
NEXT STEPS
  • Explore the Interactive Virtual Earth for broader geological context
  • Research GPlates for advanced geological modeling techniques
  • Study the geological implications of the Indian subcontinent's movement
  • Investigate the formation and evolution of the Himalayas
USEFUL FOR

Paleontologists, geologists, educators, and anyone interested in the historical movement of continents and its impact on current geological formations.

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A California paleontologist has created an interactive map that allows people to see how far their hometowns have moved over 750 million years of continental drift. This is really cool!

https://dinosaurpictures.org/ancient-earth#600
 
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Here is a similar one, Interactive Virtual Earth, that covers a whole bunch of stuff:
http://portal.gplates.org/#SEAFLOOR

On the Topographic reconstruction (last one on that page), note how fast the Indian subcontinent (New Delhi) is moving starting about 80Mya (Million years ago). No wonder the Himalayas are so high and rugged!
 
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