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A region deep inside Earth keeps slowly deforming until scientists detected ‘deep earthquakes’ 75 miles below the surface

Warren van der Sandt by Warren van der Sandt
April 15, 2026
in Earth
Underground earthquakes are being studied

The Earth is in a constant state of evolution.

Through our collective efforts as a society, we have to learn many things about our planet. But when researchers noticed a specific region of the world was slowly deforming, they detected evidence of massive deep earthquakes 75 miles below us.

What is causing these huge, unexplained earthquakes deep beneath the Earth’s surface?

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For 150 years, people believed a river in Utah was flowing uphill until scientists uncovered the real explanation

Scientists tracked Greenland’s ice year after year until they realized it is losing an area the size of Manhattan annually

Beyond the crust: The strange science of Earth’s deepest frontiers

The remarkable and hidden world deep beneath us has been coming to light in recent years.

We have come to learn that there is a “deep biosphere” of life underground. Scientists have estimated that this underground labyrinth of life has over 22 billion tons of microorganisms just going about their daily business.

We have also detected two massive underground structures in recent years.

These mantle “blobs” are known as Large Low-Shear-Velocity Provinces that sit roughly 1,864 miles beneath the surface. One can be found directly underneath the African continent, while the other one sits underneath the Pacific.

What else is hidden from humanity deep underneath the Earth’s crust

The last few decades have seen scientists making several remarkable discoveries about the Earth.

Such as the recent discovery of a distinct metallic ball at the centre of the Earth’s core. We have developed a society that thrives on new scientific discoveries that reshape the world around us.

For example, we have developed the ability to accurately predict when and where volcanoes may erupt.

Our planet formed billions of years ago in a cosmic dance that pulled together the ingredients for life to evolve rapidly. Due to our relatively young age as a society, we have not been afforded the time needed to study the world in all its glory.

But that reality is slowly changing as new discoveries are made all around the world.

This has become more and more evident as a group of scientists found a massive field of glass that stretches for miles across an expansive coastline. The site has baffled the minds of science but we now understand that it may have been caused by an ancient meteorite that hit the Earth.

A recent study, “Scientists create the first map of deep earthquakes beneath continents,” published in EOS, has detailed the latest breakthrough in geology.

A project to map the Earth’s mantle is being developed by science

By studying the very planet we live on, we are coming closer than ever to understanding how the Earth behaves.

Such as a recent expedition that lowered a camera deep beneath the Pacific Ocean, which captured how the Earth releases its energy for the very first time in history. Video evidence has made studying the planet that much simpler.

For generations, the manner in which the Earth was evolving has remained a mystery.

However, a recent initiative has aimed to map the entire mantle of the Earth in great detail for the first time ever. What exactly is causing these massive underground earthquakes in some parts of the world?

One region in the nation is a hotspot for “mantle-quakes”

Researchers have now developed the first-ever comprehensive map of the exceedingly rare and deep “mantle-quakes” that occur roughly 75 miles beneath the surface. Southern Idaho has been identified as a hotspot for these hidden earthquakes deep beneath our feet.

The findings suggest that the Earth’s continental mantle is actually far hotter and more fluid-rich than we previously believed.

Rarities found deep beneath the surface of the planet have raised more questions than answers for science in recent years, but this development will play a vital role in understanding how the Earth behaves when we are not looking.

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