The next Rover will be in a diameter of 45 kilometers in diameter, known as Jezero, where it will produce samples of rock and soil
NASA's NASA spacecraft searching ideas for life in Mars has always been to go to; Old lake and delta rock scrutiny, two geological features that shaped signs of old organisms, said a Spanish-American group.
"The delta is very good in preserving biofuels, that is, examples of life"
NASA had been debating for five years on the best place to play in. including its space space, which will travel to place in July 2020.
After exploring more than sixty different locations on Mars, NASA published its space space – spacecraft designed to move on the surface of the planet – a & # 39; going to a 45-kilometer diameter, known as Jezero, where it will accumulate rock smeisons and land
In a conference call, Ken Scientist, a scientist Ken Farley, who works for the Mars 2020 project at the Jet Propulsion Laboratory (JPL), said the dock was the old river home , so there may be preserved signage of organic molecules and microbes.
"It's a fascinating place from a scientific perspective. First, the Lochs on Earth are a good place for life and it is inevitable that there is something in life. The second thing is that the delta is very good preserving Bioforms, that is, examples of life, "explained Farley.
In addition, there are five different rocks between the oldest lake, which is 250 meters deep: from clay and carbonate rocks, which keep signs of old organisms, to volcanic rocks, which may be Offers targets on Mars volcanic content.
The target said, "said Farley, the first time to find out what the environment was on his red planet and then trying to understand what kind of life he would have been to; live there.
The results of special missions have previously shown that Mars was not always a red, but it had a large volcanic activity (such as its appearance) and, too, could maintain rich water on the surface, which is a means that it could be counted with a suitable atmosphere for life.
NASA began in 2012 a program aimed at launching a Mars search vehicle in 2020.
D.R. one one, UTV 2018