impact from meteors. erosion. volcanic activity.
... as compared to Earth, I suppose. On Earth, the weather will remove most traces of craters rather quickly, in a few million years for large craters, in a fraction of a million years for smaller craters.... as compared to Earth, I suppose. On Earth, the weather will remove most traces of craters rather quickly, in a few million years for large craters, in a fraction of a million years for smaller craters.... as compared to Earth, I suppose. On Earth, the weather will remove most traces of craters rather quickly, in a few million years for large craters, in a fraction of a million years for smaller craters.... as compared to Earth, I suppose. On Earth, the weather will remove most traces of craters rather quickly, in a few million years for large craters, in a fraction of a million years for smaller craters.
The large indentation on the surface of the moon areÊcalled craters. It is a circular depression in the surface of the moon and other solid body in the solar system.Ê
We can see the craters of the moon clearly from Earth because the moon has no atmosphere to erode them, so they remain preserved. When the sun shines on the moon's surface at an angle, it creates long shadows that make the craters stand out more prominently, enhancing their visibility from Earth.
The Earth's seafloor is constantly being renewed through processes like subduction and seafloor spreading, which can erase evidence of large impact craters over time. Additionally, water covers about 70% of the Earth's surface, increasing the likelihood of impacts occurring in the oceans rather than on land. As a result, large impact craters on the seafloor may be less visible or have been obscured by geological processes.
The theory is that these are impact craters of meteors.
Yes, sometimes they did.
... as compared to Earth, I suppose. On Earth, the weather will remove most traces of craters rather quickly, in a few million years for large craters, in a fraction of a million years for smaller craters.... as compared to Earth, I suppose. On Earth, the weather will remove most traces of craters rather quickly, in a few million years for large craters, in a fraction of a million years for smaller craters.... as compared to Earth, I suppose. On Earth, the weather will remove most traces of craters rather quickly, in a few million years for large craters, in a fraction of a million years for smaller craters.... as compared to Earth, I suppose. On Earth, the weather will remove most traces of craters rather quickly, in a few million years for large craters, in a fraction of a million years for smaller craters.
there are more craters on the moon then on earth
The large indentation on the surface of the moon areÊcalled craters. It is a circular depression in the surface of the moon and other solid body in the solar system.Ê
No. Earth has relatively few impacts craters.
We can see the craters of the moon clearly from Earth because the moon has no atmosphere to erode them, so they remain preserved. When the sun shines on the moon's surface at an angle, it creates long shadows that make the craters stand out more prominently, enhancing their visibility from Earth.
Moon rocks are unique in that they have tiny craters, and even tinier craters within those tiny craters. And within those tiny craters within the tiny craters are even tinier craters. This is due to micrometers which do not reach the earth's surface. It's also a result of large meteors splattering small pieces of moon regolith as secondary meteors. None of this is possible on earth. The similarity between moon rocks and earth rocks is that they are basically feldspars and basalt, the same thing that makes up the earth's crust.
Earth has volcanoes, craters, and valleys but not rings.
Earth's craters have been created by Meteorites and Volcanoes.
Both sides of the moon are pocked with craters, but the far side tends to have more large, basin-sized craters. These large craters can provide shielding from disruptive signals from Earth, making it an ideal location for telescope installations aimed at observing deep space.
Mercury is covered with impact craters, similar to Earth's moon. It also has a large iron core, which creates a magnetic field. There is no evidence of oceans on Mercury due to its extreme temperatures.
There are craters formed by asteroids crashing into Earth. There are craters formed by volcanic explosions. There are craters formed by collapses in the Earth's crust.