As much as 4% of the sand on Normandy’s Omaha Beach is broken-down shrapnel.

World History

As the first step of Operation Overlord, nearly 160,000 Allied troops descended on five beaches across a 50-mile stretch of northwestern France on the morning of June 6, 1944, now known as D-Day. They encountered the fiercest resistance along the section code-named Omaha Beach, where the Germans unleashed torrents of gunfire from their encampments in ravines and on the bluffs that overlooked the sandy bank.

On a quieter day 44 years later, geologists Earle McBride and Dane Picard scooped a sample of sand from the high-tide point of Omaha Beach for closer examination. Among their findings, which were published in the September 2011 edition of The Sedimentary Record and the January 5, 2012, edition of Earth magazine, were a significant number of “angular opaque grains that were magnetic.” They eventually realized that these grains, ranging in size from .06 to 1.0 millimeters, were shrapnel shards that had been broken down into tiny pieces. They concluded that the shards made up 4% of the total sample. Additionally, they found 30 slightly larger iron and glass beads, believed to be the result of high-temperature munitions explosions in the sand and air.

The geologists pointed out, however, that the 4% figure doesn’t represent the entirety of Omaha Beach, as wave breaks and currents can disrupt grain distribution on a daily basis. What’s more, because of the corrosion accelerated by rust and waves, there was already a drop in the concentration of beach shrapnel in the years between when the sample was collected and when the results were published. Which means that while beachgoers today still walk among these fleeting remnants of one of history’s most important military engagements, nature will sweep them away for good within the next century or so.

Some Red Hot Gospel there!

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