The Mystery Of The Bermuda Triangle Has Been Solved Yet Again

Not a thing. WindVector/Shutterstock

Robin Andrews 02 Aug 2018, 13:05

The Bermuda Triangle isn’t real. Let’s rip that band-aid off right now. Every now and then, something happens and the “mystery” of the region is claimed to have been solved, but the twist in the tale was that there was never any real mystery to begin with.

A quick scan of the headlines suggests that this mystery has been solved once again. Before we find out what "rogue waves" are, though, a little more on why the Triangle itself is bullshit is required.

The Triangle forms a space between Florida, Puerto Rico, and Bermuda. It’s long been rumored that planes, boats, and the like go missing in the triangle far more frequently than anywhere else in the world, and that they disappear under mysterious circumstances.

Sure, there have been some unexplained incidences of ships and planes being removed from sight there, but this applies to missing vessels all around the world.

We’re still, rather famously, not quite sure what happened to Malaysia Airlines Flight 370 when it disappeared back in 2014. There are several hypotheses as to why it went missing, and where, but that doesn’t mean a freaky, Bermuda Triangle-esque tale is to blame.

Here’s the kicker: no scientific organization on Earth, including the National Oceanic and Atmospheric Administration (NOAA), recognizes the Bermuda Triangle’s existence. Statistically, planes and boats are no more or less likely to go missing within it than they are in other parts of the open ocean.

It’s just a legend. The US Board on Geographic Names doesn’t even recognize the name “Bermuda Triangle”, and they would know.

Well, shit. Tithi Luadthong/Shutterstock

The Bermuda Triangle’s latest return to the news comes courtesy of a documentary – The Bermuda Triangle Enigma – that consulted with bona fide scientists to try to suggest why things may sink in the region, other than through mechanical failure or pilot error.

As noted by HuffPost, an oceanographer from the University of Southampton, Simon Boxall, suggests that converging storms in the already storm-prone region could trigger huge waves.

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