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Researchers have collected 175 samples of Mars rocks on Earth so far. The NWA 7034 meteorite, also known as Black Beauty, was vastly different from the rest in that it contained fragments of different types of rock.
In addition to adding to the suspicion that the Red Planet was once habitable, researchers have pinpointed the crater from which NWA 7034 came. Nature Communications published the study this week.
After being slammed into Earth by an asteroid impact five to ten million years ago, the space rock formed 4.5 billion years ago and slammed into the Western Sahara of Africa in 2011.
Researchers have pinpointed the meteorite's origin in the Terra Cimmeria-Sirenum region in the southern hemisphere of the Red Planet using a supercomputer and machine learning algorithm.
A statement explains that this area on Mars may have been similar to Iceland today when the rock formed.
Scientists may be able to compare the formation history of Earth and Mars using the chemical signatures on the meteorite.
Researchers have collected 175 samples of Mars rocks on Earth so far. In contrast to the rest of those meteorites that barreled across space, NWA 7034 or Black Beauty contained sharp fragments of different types of rock clumped together.
Known as breccia, this type of rock has never been found on Mars before, reports Kiona Smith for Inverse.
In addition to adding to the suspicion that the Red Planet was once habitable, researchers have pinpointed the crater from which NWA 7034 came. Nature Communications published the study this week.
After being slammed into Earth by an asteroid impact five to ten million years ago, the space rock formed 4.5 billion years ago and slammed into the Western Sahara of Africa in 2011.
Researchers have pinpointed the meteorite's origin in the Terra Cimmeria-Sirenum region in the southern hemisphere of the Red Planet using a supercomputer and machine learning algorithm.
A statement explains that this area on Mars may have been similar to Iceland today when the rock formed. Scientists may be able to compare the formation history of Earth and Mars using the chemical signatures on the meteorite.
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