New research suggests that Mars suffered heavy rainfall: the potential indication of ancient life

The surface of Mars is a humorous and dry environment, which has no environment with no stable water. New research has shown that this is not always the case. Mars has suffered a lot of rainfall that has actually shaped the landscape. If there was a strange life in the past, it would also need any protection, maybe even umbrellas to bear the rain. This study was published in Nature Geo Science, and it reviewed samples of cutting cuts on the planet.

Heavy rain and a dense environment: to re -consider the climate of Mars

According to the Royal Astronomical SocietyIt was concluded that during that time the Martin environment was quite thicker, with heavy rainfall. Researchers used satellite data and cutting modeling to determine how much water flows at the Martin level. He found that the rain level would have been the same as the tropical region of the land at that time. It indicates Mars had a capacity once Holding surface water in streams; In fact, it also has a possibility of lakes.

Can Mars support life? What does the new evidence reveal

However, only rainfall cannot indicate the possibility of life. It led to the harvest as a result of permanent rains, and it became a stimulus in the changing of the landscape of Mars. It tells us that if there is an ancient life in the past, it may have adapted to the climate and territories of Mars.

The results derived from the observation challenge the old assumptions about Mars as dry and cold. In fact, they support the opinion that the early Mars has wet and hot climate, which is suitable for microbial life. Moreover, it has added enthusiasm to the current missions called NASA’s perseverance, which is active in search of the tragic symbols of past life on Mars.

This research not only describes the climate of the past of Mars, but also expands its scope about how early life can be seen on other planets. It also tells us that the search for past life is not only to the earth but also to the planets that were likely to be the case in the past.