Two satellites, Iridium 33 and Cosmos 2251, made the news a couple of weeks ago when they accidentally collided 400 miles above the Earth. This was a rare occurrence, but the possibility of further collisions has now increased. The resulting orbital debris from the collisions is being tracked by Norad and other services. Celestrak is providing data on the debris from the collision. Rob Simpson of Orbiting Frog has released a Google Earth network link 
that lets you see the current orbital positions of some of the debris from the February collision. The file automatically updates with the current orbital positions. As you can see from the screenshot, much of the debris from the two satellites remain on a rough approximation of the same path as the two satellites (compare them to the 3D animation of the collision by James Stafford).
[UPDATE 1110 ET: A short while after I posted this, I discovered James Stafford posted another debris tracker based on similar data. In his case, he used the GE plugin to dynamically track a few instances of the debris. Check it out here . What’s cool about this is that by using the plugin he can update the positions several times a second for a very smooth animation of the real-time positions! Zoom in close to one of the debris markers to see it in action. Google Earth (the full application) can only update with network links one time per second, so this technique offers a way to show visualizations more smoothly by using the GE Plugin.]
Related: See the orbital positions of all satellites in Google Earth from your browser.
About Frank Taylor
Frank Taylor started the Google Earth Blog in July, 2005 shortly after Google Earth was first released. He has worked with 3D computer graphics and VR for many years and was very impressed with this exciting product. Frank completed a 5.5 year circumnavigation of the earth by sailboat in June 2015 which you can read about at Tahina Expedition, and is a licensed pilot, backpacker, diver, and photographer.
I never knew it was possible for two satellites to collide as they stay equally distanced when orbiting. Very rare and thanks for the informative post.
The resulting orbital debris from the collisions is being tracked by Norad and other services.
Interesting post.
With the hundreds of satellites in orbit above the earth, I’m surprised more satellites aren’t crashing into each other.
Does this pose a threat to us here on earth?
Very interesting. I wonder how many satellites are on a collision course and why aren’t their orbits being corrected?
I just saw a large field or “sparkling” material in the northern sky from my home in south Ga. could this be the result of another collision? It was moving from east to west very slowly. it looked like a firework that didn’t die out.