New Study Suggests Mars' Gravity Could Influence Earth's Climate Every 2.4 Million Years
By: Rahul Somvanshi
By tracking the building of silt across millions of years, researchers were able to identify gaps associated with these major cycles by using satellite data.
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There is evidence that our planet's temperature is being gently influenced by Mars' gravitational pull, with variations occurring every 2.4 million years.
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The results cast doubt on our knowledge of Earth's climate system and raise the possibility that alien effects are real, not merely a fiction.
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Strong ocean currents are shown to be correlated with Earth's gravitational interactions with Mars, according to deep-sea sediment records.
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While Mars’ impact is distinct from human-driven climate change, it presents a fascinating layer to the complexities of Earth’s climate dynamics.
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Massive ocean vortices that are known to reach the deep ocean floor seem to be propelled by forces that originate elsewhere, most likely on Mars.
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The study proposes that these deep-sea currents could serve as a buffer against the stagnation of ocean waters in a warming world.
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The study demonstrates how Earth is affected by Mars' resonance, which brings Earth a little bit closer to the sun and modifies our climatic cycle.