The rover captured the scene of an avalanche in the Martian North Pole, which is spectacular and intense. How did it happen?

Mars is the most explored planet in more than half a century since mankind stepped out of the earth. It is a neighbor of the earth and has many similarities with the earth. Scientists began to explore Mars 50 years ago and launched many probes to Mars, including orbital probes and landing probes.

Through a series of explorations on Mars, we have learned a lot about Mars. We know that Mars is a very desolate planet. At the beginning, scientists did not find the existence of water on Mars, but with the deepening of exploration, the probe still found a lot of water ice in the north pole of Mars.

Now we know that there is water on Mars, and there may be a lot of it. At least in the north pole of Mars, the scale of water ice is relatively large. We can clearly photograph the white water ice scene of the north pole of Mars than the orbiter. The water ice in the North ice of Mars is similar to that in the north and south poles of the earth.

Whether it is Mars or the earth, the north and south poles are extremely cold places. Due to less light, it will become the accumulation place of water ice. Most of Mars is desolate, but there is still a lot of water ice in a cold place like the Arctic. It is an important reservoir of Martian water ice and a landmark landscape on the surface of Mars.

Scientists have been paying close attention to the change of the north pole of Mars, through which we can better understand the climate and environment of Mars. So is the ice sheet at the north pole of Mars unchanging? Of course not. Last year, NASA released some amazing pictures of Mars. In this picture, we saw a violent collapse of the north pole of Mars, which eventually led to an avalanche and staged a spectacular performance on Mars.

I believe everyone has heard the word “avalanche”. Avalanches often occur in the ice sheets of the earth’s north and south poles, which is a spectacular and destructive scene. If you are a researcher or a mountain climber in the north and south poles, the natural disaster you are most afraid of is avalanche. Once avalanche happens, the consequences will be very serious.

The avalanche scene captured by the rover in the north pole of Mars is no less than that of the earth. The violent avalanche has aroused the soil near the north pole of Mars! The avalanche that caused it to slide toward the ice is quite spectacular. So how did this avalanche happen?

The polar cap of Mars will increase or decrease with the seasonal change of Mars. When spring comes every year, the north pole of Mars will receive more sunlight. At this time, the temperature will make the ice melt and become unstable, and the ice will loosen. When the ice partially melts, it will lead to the instability of the regional structure, resulting in avalanches. When the ice slides down to the bottom of the cliff more than 500 meters high, it raises a cloud of dust.

The Arctic ice sheet of Mars is different from the Arctic ice sheet of the earth. Because Mars itself is very desolate, there is no water on the surface except the polar region. Therefore, the water ice in the north pole of Mars does not exist as complete water ice as that in the north pole of the earth. Instead, it presents a chaotic situation of water ice and dust.

Therefore, we can find a lot of water ice in the north pole of Mars, but these water ice are mixed with dust. When there is an avalanche, the scene will be more spectacular, and a lot of dust will be raised at the same time. Just in this way, the probe can timely observe and find an avalanche in the north pole of Mars in orbit.

Mars Arctic avalanche is spectacular and fierce. In people’s eyes, it is a natural disaster that destroys the sky and the earth, but in the eyes of scientists, it is so lovely. The more intense the avalanche scene at the north pole of Mars is, the happier it is in the eyes of scientists. This shows that Mars is still alive, rather than a dead, lifeless planet.

You know, in the heart of mankind, Mars has long been regarded as the first planet for future human migration, and to make Mars a livable planet, we need to complete a series of transformation. The success rate of Mars transformation mainly depends on the ecological environment of Mars. If Mars is a completely desolate and dead planet without water and vitality, it will be very difficult for human beings to transform it in the future.

But if Mars has water and vitality, it will be relatively easy for us to transform Mars. Water is the source of life, it is very important for the change of ecological environment and human survival, as long as there is a lot of water, environmental transformation will become possible.

The discovery of a large amount of water ice in the north pole of Mars is of great significance to human beings. Although we can’t make use of the water now, with the continuous progress of science and technology, they may become the key to our successful transformation of Mars in the future, and also an important guarantee for human survival on Mars in the future. In addition to the water ice in the Arctic, scientists speculate that there may still be a lot of water resources under the surface of Mars, but it is not really certain at present, and more underground exploration is needed in the future.

Some people may have said that Mars is far away from the earth, and its temperature is relatively low. In the future, how can we make liquid water form on the surface of Mars, and how can we survive on it? In fact, in terms of planet temperature, it can be solved by means of science and technology in the future. Although Mars is far away from the earth and its surface temperature is low, in the future, we can build solar panels in Mars orbit to reflect the sun’s light, so as to improve the surface temperature of Mars.

As long as the surface temperature of Mars rises, water ice will continue to melt and form liquid water, which will gradually change the Martian environment. With liquid water, we can plant a large number of plants on Mars, afforest Mars again, and constantly produce oxygen to change the atmospheric structure of Mars step by step.

This shows how important water is to the ecological environment. Moreover, raising the temperature of Mars through the solar sail is only a primary application. After human beings have mastered the controllable nuclear fusion technology, it will be easier. As long as we make an artificial sun and put it on Mars orbit, we can steadily output energy and raise the temperature of Mars.

In the same way, after we have the technology to raise the temperature of the planet, our goal will not just be on Mars. We need to know that there are several satellites in the solar system with better environmental conditions than Mars. The surface is covered with a lot of ice. There may be oceans under the ice, and there may be life. If we can raise the temperature of these satellites, the ice layer will melt and become a water planet, which will be easier than comprehensively transforming Mars, and will also become a livable planet for human beings.

This shows how great science and technology is the primary productive force. As long as our science and technology strength is strong enough, we can transform many planets into human settlements, and we will not worry about the survival crisis because of various problems of the earth. It is possible that many planets in the solar system will become human homes in the future.

Guys, what do you think of this? Welcome to leave a message below to discuss and express your opinions.

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