The red planet is far from death and the evidence scientists are the evidence

New seismicity detected in his mantle in this review from RT. The best explanation for “Mars earthquakes” is the volcanic activity that begins under its dusty and barren surface, and the implementation because the volcanic activity is more volcanic and seismic than initially thought.

Experts thought the results of the search were more often available from what happens inside Mars, but researchers at the Australian University made their discovery after combing through the search from NASA’s InSight probe.

A ++++ … can help us answer basic questions about the solar system and the state of Mars’ core, mantle, and field evolution that is currently lacking.

And the body of Mars has little to no commercial activity, commercial activity to commercial activity. ferromagnetism The ferromagnetism is usually inside the planet

A science of history warns of cosmic radiation that can destroy life, but radiation levels on Mars: “Life is possible as we know it.”

So far, hundreds of Martian earthquakes have been detected, but Tkalic and his colleague, geophysicist Weijia of the Chinese Academy of Sciences, wanted to look for earthquakes that had gone unnoticed in the InSight data.

Using two unconventional techniques, recently applied to geophysics, the duo detected 47 seismic events, coming from an area on Mars called Cerberus Fossae.

Most like the prices of the wave, the two of the Cerberus Fossae earthquakes that occurred in May and July 2019.

While searching to determine the cause of the earthquakes, the site discovered no pattern in their timing, which rules out the influence of the Martian moon. Picturekalich: “42 Your picture is on our visit.”

These 47 earthquakes detected under the Cerberus Fossae area.

Previous research into the Cerberus Fossae area already indicates that the area was volcanic during the last 10 million years. Mars was more volcanically active and seismic than initially thought, the researcher believes, it will change the way scientists view its past, present and future.