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Think Your Secrets Are Deep? Meet Earth’s Underground Ocean!

Illustration depicting a cross-section of the Earth, highlighting a substantial underground ocean located 700 kilometers beneath the surface, encapsulated within the mineral ringwoodite in the mantle transition zone.

Researchers have unveiled a significant find after analyzing earthquake data, which revealed that seismometers were detecting subterranean shockwaves.

Several scientific revelations have enthralled the global community, from the observation of a gigantic black hole to a South Korean fusion reactor reaching unprecedented temperatures. Among these remarkable achievements, a new discovery has been capturing widespread attention on social media – the existence of a colossal ocean beneath the Earth’s crust. Found 700 kilometers beneath the surface, within a mineral called ringwoodite, this underground water reserve is estimated to hold three times the volume of all the oceans on the Earth’s surface combined.

Discovery Beneath Earth’s Crust Reveals Whole-Earth Water Cycle Theory

The research leading to this momentous discovery is detailed in a 2014 scientific paper titled ‘Dehydration melting at the top of the lower mantle’. This paper further explains the unique characteristics of ringwoodite, the mineral storing this massive water reserve.

“Ringwoodite functions like a sponge, absorbing water. There are particular properties of its crystal structure that enable it to draw in hydrogen and entrap water,” stated Steve Jacobsen, a geophysicist and pivotal contributor to the research team behind this discovery.

He added, “I believe we are finally observing evidence which supports the whole-Earth water cycle theory, providing potential answers about the immense abundance of liquid water on our habitable planet’s surface. Scientists have been searching for this deep-seated water for years.”

This profound discovery was made possible through the analysis of seismic activity, revealing that seismometers were detecting shockwaves beneath the Earth’s surface.

Massive Subterranean Ocean Found Deep Within Earth’s Mantle

Researchers have discovered a massive underground ocean trapped in a mineral called ringwoodite, located 700 kilometers beneath the Earth’s crust. This discovery reveals a water volume three times larger than all surface oceans combined, significantly altering our understanding of Earth’s water cycle and interior composition. The 2014 study, “Dehydration melting at the top of the lower mantle,” emphasizes ringwoodite’s ability to hold vast quantities of water, shedding new light on the planet’s deep water storage capabilities.

Steve Jacobsen, a chief researcher in the study, likens ringwoodite’s exceptional water-absorption ability to a “sponge”. This characterization helps explain the presence of massive water quantities deep beneath Earth’s crust. The discovery points to a comprehensive planetary water cycle and aids our understanding of surface water abundance.

The breakthrough came from seismic activity studies where seismometers detected shockwaves indicative of subsurface liquid water. Through examining these shockwaves and experiments, the team determined that minerals in the mantle transition zone, between 410-660 kilometers deep, possess high water-storage capacity. These revelations not only suggest the existence of a vast underground water reservoir but also propose that dehydration melting could be a process for retaining water within the Earth’s mantle.

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