First, we have a nice thick atmosphere that deals with many meteors. Secondly, weathering and erosion erase the marks fairly quickly.
The surface of Mercury is covered with craters, plains, and ridges. It also has volcanic plains and impact craters formed by collisions with asteroids and comets. The planet's surface is rocky and heavily cratered due to its lack of atmosphere to protect it from impacts.
The planet with a southern hemisphere covered with craters is Mars. Its surface features a variety of impact craters, particularly concentrated in the southern hemisphere, which is also characterized by ancient, heavily cratered highlands. This contrasts with the northern hemisphere, which has fewer craters and is more geologically younger and smoother. Mars' craters provide insight into its geological history and the processes that have shaped its surface over billions of years.
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
That would likely be a crater, caused by an impact from a meteorite, asteroid, or volcanic activity. Craters can vary in size and shape depending on the force of the impact.
The Earth's surface is not heavily cratered because it has active geology, erosion processes, and a dynamic atmosphere that continuously reshape the planet's surface. This actively resurfaces the Earth, erasing most impact craters over time. Additionally, Earth's strong magnetic field and thick atmosphere protect it from many smaller impacting objects.
The surface of Mercury is covered with craters, plains, and ridges. It also has volcanic plains and impact craters formed by collisions with asteroids and comets. The planet's surface is rocky and heavily cratered due to its lack of atmosphere to protect it from impacts.
Impact craters.
It appears to have many rocky valleys and ridges, and innumerable impact craters.
Impact craters occur where objects impact on a solid surface.
Craters, mostly. The new Messenger photos of Mercury from just last week show craters on craters, and chains of craters. It looks a lot like the Moon, actually. You can see some photos of Mercury at the link below.
The planet with a southern hemisphere covered with craters is Mars. Its surface features a variety of impact craters, particularly concentrated in the southern hemisphere, which is also characterized by ancient, heavily cratered highlands. This contrasts with the northern hemisphere, which has fewer craters and is more geologically younger and smoother. Mars' craters provide insight into its geological history and the processes that have shaped its surface over billions of years.
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
Io has no craters because its surface is continually resurfaced by volcanic activity, which erases impact craters over time. In contrast, Europa's surface is covered in ice and experiences less geological activity, allowing impact craters to remain visible.
Yes. All major bodies in the solar system have been hit by metorites. Mercury's surface is covered with impact craters.
That would likely be a crater, caused by an impact from a meteorite, asteroid, or volcanic activity. Craters can vary in size and shape depending on the force of the impact.
The Earth's surface is not heavily cratered because it has active geology, erosion processes, and a dynamic atmosphere that continuously reshape the planet's surface. This actively resurfaces the Earth, erasing most impact craters over time. Additionally, Earth's strong magnetic field and thick atmosphere protect it from many smaller impacting objects.
The craters on the surface of the Earth's moon were produced by impacts from meteoroids and asteroids. These impact events occurred over billions of years as the moon lacks an atmosphere to protect it from incoming objects.