Ian said:Yeah that's right, 60 million years of sedimentation to cover it and 60 milliion years of tectonic motion to break it up. The crater lies on a collision boundary so tectonics should have broken it up not preserved it. It should be severely mis-shapen after all that time.
The crater was most likely formed by a meteorite impact, volcanic eruption, or other explosive event on the surface of a planet or moon. It could also be the result of a collapsed cave or sinkhole.
The size of a crater can vary greatly, from a few meters to hundreds of kilometers in diameter. The size depends on the force of the impact or explosion, as well as the type of material on the surface.
By studying craters, we can learn about the history and geology of a planet or moon. We can also gain insight into the impact of cosmic events on different bodies in our solar system and beyond.
No, craters can be found on many different bodies in our solar system, including other planets, moons, and even asteroids. They are also found on Earth, but erosion and geological processes often obscure them.
The time it takes for a crater to form depends on the size and type of impact or explosion. Small craters can form in seconds, while larger ones may take hours or even days. The healing process of a crater can also take thousands or millions of years.