Buckingham Palace Was Built With Jurassic Fossils, Scientists Find

iStock
iStock

The UK's Buckingham Palace is a vestige from another era, and not just because it was built in the early 18th century. According to a new study, the limestone used to construct it is filled with the fossilized remains of microbes from the Jurassic period of 200 million years ago, as The Telegraph reports.

The palace is made of oolitic limestone, which consists of individual balls of carbonate sediment called ooids. The material is strong but lightweight, and is found worldwide. Jurassic oolite has been used to construct numerous famous buildings, from those in the British city of Bath to the Empire State Building and the Pentagon.

A new study from Australian National University published in Scientific Reports found that the spherical ooids in Buckingham Palace's walls are made up of layers and layers of mineralized microbes. Inspired by a mathematical model from the 1970s for predicting the growth of brain tumors, the researchers created a model that explains how ooids are created and predicts the factors that limit their ultimate size.

A hand holding a chunk of oolite limestone
Australian National University

They found that the mineralization of the microbes forms the central core of the ooid, and the layers of sediment that gather around that core feed those microbes until the nutrients can no longer reach the core from the outermost layer.

This contrasts with previous research on how ooids form, which hypothesized that they are the result of sediment gathered from rolling on the ocean floor. It also reshapes how we think about the buildings made out of oolitic limestone from this period. Next time you look up at the Empire State Building or Buckingham Palace, thank the ancient microbes.

[h/t The Telegraph]

Mastodon Bones Have Been Discovered by Sewer Workers in Indiana

Thomas Quine, Flickr // CC BY 2.0
Thomas Quine, Flickr // CC BY 2.0

When something unexpected happens during a sewer system project, the news is not usually pleasant. But when workers installing pipes in Seymour, Indiana stopped due to an unforeseen occurrence, it was because they had inadvertently dug up a few pieces of history: mastodon bones.

According to the Louisville Courier Journal, workers fiddling with pipes running through a vacant, privately owned farm in Jackson County happened across the animal bones during their excavation of the property. The fossils—part of a jaw, a partial tusk, two leg bones, a vertebrae, a joint, some teeth, and a partial skull—were verified as belonging to a mastodon by Ron Richards, the senior research curator of paleobiology for the Indiana State Museum and Historic Sites. The mastodon, which resembled a wooly mammoth and thrived during the Ice Age, probably stood over 9 feet tall and weighed more than 12,000 pounds.

The owners of the farm, the Nehrt and Schepman families, plan to donate the bones to the Indiana State Museum in Indianapolis if the museum committee decides to accept them. Previously, mastodon bones were found in Jackson County in 1928 and 1949. The remains of “Fred the Mastodon” were discovered near Fort Wayne in 1998.

[h/t Louisville Courier Journal]

Middle School Student Discovers Megalodon Tooth Fossil on Spring Break

iStock.com/Mark Kostich
iStock.com/Mark Kostich

A few million years ago, the megalodon was the most formidable shark in the sea, with jaws spanning up to 11 feet wide and a stronger bite than a T. Rex. Today the only things left of the supersized sharks are fossils, and a middle school student recently discovered one on a trip to the beach, WECT reports.

Avery Fauth was spending spring break with her family at North Topsail Beach in North Carolina when she noticed something buried in the sand. She dug it up and uncovered a shark tooth the length of her palm. She immediately knew she had found something special, and screamed to get her family's attention.

Her father recognized the megalodon tooth: He had been searching for one for 25 years and had even taught his three daughters to scour the sand for shark teeth whenever they went to the beach. Avery and her sisters found a few more shark teeth that day from great whites, but her megalodon fossil was by far the most impressive treasure from the outing.

Megalodons dominated seas for 20 million years before suddenly dying out 3 million years ago. They grew between 43 and 82 feet long and had teeth that were up to 7.5 inches long—over twice the size of a great white's teeth. They're thought to be the largest sharks that ever lived.

Megalodon teeth have been discovered on every continent except Antarctica, but they're still a rare find. Avery Fauth plans to keep her fossil in a special box at home.

[h/t WECT]

SECTIONS

arrow
LIVE SMARTER