Mars cloud miner
Dr. Jensen of Basque University in Spain, who is also a scientist studying the strange cloud layer on Mars, thinks that this cloud layer is totally different from the previous human cognition of Mars. Because this cloud layer has some characteristics of its own, especially the cloud layer is very thick, which is completely different from the Martian atmosphere. Because the Martian atmosphere is very thin, there is no such obvious cloud change, so it is absolutely of great significance to study this cloud layer
because of this Martian cloud, scientists have no way to explain. It can only be temporarily named Arsia Mons elated cloud, and scientists hope to find out some mechanisms for the formation of Martian clouds through this study. But scientists still need more direct evidence to discover these mysteries, and they are doing their best to study them
When we look up at the sky ring the day, we always see white clouds. The earth's atmosphere is wonderful. It's thick enough to reach 600000 kilometers away. Even the moon can't get rid of it. It is precisely because of the existence of the atmosphere that the earth is able to avoid high intensity cosmic rays, the surface of the earth is able to maintain the appropriate temperature for the survival of life, and the oxygen needed for the survival of life also comes from the atmosphere
Due to the lack of a large amount of liquid water on the surface of Mars, even if there are a large number of condensation noles, thick clouds can not be successfully formed, and Mars has lost a good cycle. But researchers say that the 3 tons of meteor st also plays an important role in weakening Mars' Hadley circulation and profoundly affecting Mars' climate
it is speculated that Mars used to have good atmospheric conditions, and life may have appeared in the corresponding period. With the drastic changes of the environment later, Mars has become the present scene
one day in the future, human beings will also land on this red planet. For the smooth development of related research, we will collect more data. Understanding the evolution of the Martian atmosphere also helps us to judge the existence of Martian life. There are ingenious connections between everything, and the universe is so magical
Mars is one of the nearest neighbors of the earth. The red planet is almost in the habitable zone of the solar system, but it is a world quite different from the earth. Mars is extremely dry and does not cover the ocean of liquid water like the earth. So far, astronomers have never found life or related traces on Mars
the appearance of huge smoke clouds on the earth usually indicates one of the following two situations: fire or volcanic eruption. For example, in 2009, astronauts on the International Space Station photographed a natural wildfire in Yellowstone Park: Mars, like earth, has water vapor, which circulates through the Martian atmosphere. As the air enters cooler, lower pressure areas, it rises above the mountains and cools down. If the air is cool enough, it will fall below the dew point and form a peak cloud. In the thin Martian atmosphere, e to the rapid wind speed, the Martian cloud can last for hundreds of kilometers. A similar phenomenon occurs on the earth, which is called back wind wave< br />
When we look up at the sky ring the day, we always see white clouds. The earth's atmosphere is wonderful. It's thick enough to reach 600000 kilometers away. Even the moon can't get rid of it. It is precisely because of the existence of the atmosphere that the earth is able to avoid high intensity cosmic rays, the surface of the earth is able to maintain the appropriate temperature for the survival of life, and the oxygen needed for the survival of life also comes from the atmosphere
Due to the lack of a large amount of liquid water on the surface of Mars, even if there are a large number of condensation noles, thick clouds can not be successfully formed, and Mars will lose a good cycle. But researchers say that the 3 tons of meteor st also plays an important role in weakening Mars' Hadley circulation and profoundly affecting Mars' climate