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Antarctica's so-called Pyramid is in Fact Unpyramidal

Urumors of conspiracy theories are prevalent, particularly online. Therefore, when satellite images from 2016 seemed to depict a pyramid in Antarctica large enough to be visible from space, speculations emerged.

Antarctic Structure Disproven to Be a Traditional Pyramid Structure
Antarctic Structure Disproven to Be a Traditional Pyramid Structure

Antarctica's so-called Pyramid is in Fact Unpyramidal

In the world of geology, a pyramid-like structure discovered in Antarctica in 2016 has sparked intrigue and speculation, leading some to question if it could be evidence of an advanced, ancient civilisation. However, recent findings suggest that this is just another example of a naturally occurring geological phenomenon.

Eric Rignot, a professor of Earth system science at the University of California, Irvine, has confirmed that the Antarctic pyramid-like structure is, in fact, a mountain. Its pyramid-like appearance is merely a result of its unique geographical features.

Mountains with right angles on one to two faces can occur naturally due to various geological processes. One such example is the Cordillera Blanca mountain range in Peru, home to the peak Alpamayo, which resembles the pyramidal shape of Giza's ancient wonders. Alpamayo stands at nearly 20,000 feet (6,100 meters) in height.

Similarly, mountains outside Antarctica that resemble the pyramid shape have formed due to natural geological processes. For instance, peaks in the Svalbard archipelago, such as those around the mining settlement Pyramiden, have sharp, pyramid-like structures due to glacial erosion and tectonic activity in the Arctic region.

The pyramid-like structure in the southern Ellsworth Mountains, specifically in the Heritage Range, is actually a peak named after American aviator Lincoln Ellsworth. This peak has been observed from the Patriot Hills research base.

Climate scientists and most geology experts agree that such natural occurrences are well-documented. For example, Pyramid Mountain in British Columbia, Canada, developed its pyramid-like shape through volcanic eruptions contacting ice sheets.

Moreover, many peaks partially resemble human-built structures due to their shapes. Pyrin Mountain in Bulgaria, for instance, experiences freeze-thaw erosion due to its proximity to some of Europe's southernmost glaciers, contributing to its unique appearance.

In conclusion, while the Antarctic pyramid-like structure may initially seem mysterious, it is simply a testament to the remarkable and diverse geological processes that shape our planet. This latest discovery serves as a reminder that nature, in all its complexity, continues to hold countless secrets yet to be uncovered.

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