NASA Data Reveals 'Lumpy' Mantle Inside Mars
NASA's InSight recorded 1,319 marsquakes revealing ancient impact fragments up to 2.5 miles across embedded deep in Mars' mantle from collisions 4.5 billion years ago.
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NASA Data Reveal Lumpy Mantle Inside Mars - teleSUR English
Fragments from the aftermath of massive impacts that occurred 4.5 billion years ago have been detected deep below the surface. On Thursday, the journal Science published a study showing that rocky material from ancient impacts lies scattered in giant lumps throughout Mars’ mantle, offering new insights into the planet’s interior and its early history. RELATED: Hera Sends Images of Mars and Its Moon Deimos Fragments from the aftermath of massive …
NASA data reveals 'lumpy' mantle inside Mars
Rocky material from ancient impacts lies scattered in giant lumps throughout Mars' mantle, offering new insights into the planet's interior and its early history, according to a new study published on Thursday.Fragments from the aftermath of massive
Marsquake Data Reveals Nature of Martian Interior
Marsquake Data Reveals Nature of Martian Interior | NASA Insight LanderScientists believe giant impacts—like the one depicted in this artist’s concept—occurred on Mars 4.5 billion years ago, injecting debris from the impact deep into the planet’s mantle. NASA’s InSight lander detected this debris before the mission’s end in 2022.A cutaway view of Mars in this artist’s concept (not to scale) reveals debris from ancient impacts scattered through t…
NASA Scientists Discover Ancient Planetary Fragments Buried Deep In Mars’ Mantle
NEW DELHI: NASA scientists have made a stunning new discovery: they have unearthed huge pieces of ancient planetary collisions buried deep in the mantle of Mars. The results, which were made possible by seismic data from the now-retired InSight lander, give us a never-before-seen peek at the Red Planet’s rough early history. Eight strong marsquakes provided the data for the study, which was just published in the journal Science. Researchers were…
NASA researchers have identified significant geological formations in the interior of Mars using data from the now-retired InSight spacecraft.
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