Presenting the first installment of Metro's brand new roundup of the day's pop-science news, A Study Has Found. Stick with us for all of the sensationalized science you can handle!
The sinking of the Titanic in the freezing Atlantic Ocean is one of the most well known events of the 20th century. A massive iceberg went undetected by the ship's crew until it was too late -- causing a disaster that claimed the lives of 1,500 people.
But was there something other than human detection and a natural-occurring iceberg? A new report published in Sky & Telescope magazine suggests the moon could have played a major role in the events of that night, according to astronomers from Texas State University-San Marcos.
Apparently, a unique lunar event took place on Jan. 4, 1912, the night the Titanic sank. An extremely rare "spring tide" was happening, causing the moon to move unusually close to the Earth -- the closest it had been in 1,400 years (and coming within six minutes of a full moon). Additionally, the Earth’s closest approach to the sun occurred just the day before -- an coincidence so rare, it's baffled astronomers.
Now, to the iceberg: Researchers found that the higher tides caused by these happenings led to icebergs traveling at a faster rate from Greenland. Typically, icebergs become lodged as they move, unable to drift on until they melt. However, the high tides let icebergs dislodge and move into southbound ocean currents, possible putting them right in the path of the Titanic.
"As icebergs travel south, they often drift into shallow water and pause along the coasts of Labrador and Newfoundland. But an extremely high spring tide could refloat them, and the ebb tide would carry them back out into the Labrador Current where the icebergs would resume drifting southward," said researcher Donald Olson. "That could explain the abundant icebergs in the spring of 1912. We don’t claim to know exactly where the Titanic iceberg was in January 1912—nobody can know that--but this is a plausible scenario intended to be scientifically reasonable."
Of course, it's well documented that the Titanic moved full speed ahead, despite warnings of ice in front of it. But this new research could prove that a critical lunar factor was also at play, making the sinking a truly fateful event.
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