Watch as the continents split apart and move to their present... This animation begins at 200 million years ago when one land mass, Pangea, dominated the Earth.

2009年9月25日 · This animation shows the movement of the continents over the past 250 million years. It starts when dinosaurs roamed the earth. At that time, the continents were all together, forming one land mass called Pangaea.

Pangea was not the only super-continent in Earth's history, but it is the most recent. This animation is from Tasa Graphics "The Theory of Plate Tectonics."This video shows the progression of...

2020年8月25日 · This animation begins at 200 million years ago when one land mass, Pangea, dominated the Earth. Watch as the continents split apart and move to their present-day locations.

2024年1月29日 · Millions of years ago, the supercontinent of Pangea slowly started to break apart into the continents we all live on today. In this video from the makers of ArcGIS mapping software, you can watch as the reconfiguration of the Earth’s land happens over 200 million years.

2020年9月15日 · Watch Pangea split apart and form the modern continents, see mountains form in western North America and watch India collide with Asia. Animations created by Christopher R. Scotese, PALEOMAP...

The continents are moving, the sea floor as well, at about 2 inches/year. They don't travel very far over a human life span, but the distance adds up over millions of years. This simulation, which is based on current data, shows the movement of the continents over the past 140 million years.

Source: http://www.tectonics.caltech.edu/outreach/animations/drift.html The continents are moving, along with the sea floor, at about 2 inches/year. They don't…

This web page is an animation showing the changing locations of the continents over the last 740 million years. You can click on the animation to get a paleontological history of any era (Cenozoic, Mesozoic, Paleozoic or Precambrian).

There are two versions of the movie: 1) with plain continents and 2) with continents that include the deformation of southern Eurasia driven by its continental collisions. The first is best for a basic introduction to Pangea and continental drift.