CLOSE
Original image
Charles Robert Knight via Wikimedia Commons // Public Domain

Here's What a Neanderthal's Voice Might Have Sounded Like

Original image
Charles Robert Knight via Wikimedia Commons // Public Domain

The sounds of the Stone Age may have been even less dignified than we thought. A vocal expert working with the BBC suggests that Neanderthal vocalizations may have sounded less like low grunts and more like high-pitched shrieks.

Patsy Rodenburg has dedicated her career to understanding and exploring the sounds we make. As vocal coach for Judi Dench, Ian McKellen, Nicole Kidman, and Daniel Day-Lewis, Rodenburg is used to coaxing round vowels and resonance out of the human body. But Neanderthal noises required something a little different.

Working from a Neanderthal’s skeletal remains, a team of scientists created physical and virtual models of our prehistoric relative. They used these to extrapolate measurements and estimates of the Neanderthals’ abilities and traits. They also created a model of a Neanderthal throat and showed it, along with the skeleton, to Rodenburg.

She concluded that the shape of the throat, combined with the dimensions of the Neanderthal’s skull and chest, would have produced some very unusual (and “very, very loud”) noises indeed. Check out the video below to see one patient actor re-creating these bizarre sounds.

Rodenburg's hypothesis has yet to be supported by additional research, but the shrieking-Neanderthal theory is not out of the question. This certainly wouldn’t be the first time we’ve been wrong about Neanderthals. Recent studies have shown they were at least as intelligent as any Homo sapiens they encountered, and that the two species intermixed. They buried their dead and taught their children how to make tools. (All, presumably, while screaming at each other.)

[h/t Atlas Obscura]

Original image
Antarctic Heritage Trust
arrow
History
Researchers Find 100-Year-Old Antarctic Fruitcake in 'Excellent Condition'
Original image
Antarctic Heritage Trust

If you want a snack that really won’t go bad, consider the fruitcake. Conservationists working with artifacts from Cape Adare, Antarctica, just discovered a remarkably well-preserved fruitcake dating back a full century, according to Gizmodo.

The fruitcake dates back to Robert Falcon Scott’s disaster-plagued Terra Nova expedition, which began in 1910. Documentation proves that Scott brought tins of the same Huntley & Palmers fruitcake with him to Cape Adare, about 1700 miles south of New Zealand.

The 106-year-old fruitcake tin is rusted and its paper wrapper damaged—though still largely intact—but the cake itself “was in excellent condition,” as a press release from the New Zealand-based Antarctic Heritage Trust, whose researchers discovered the tin, describes. The release says it “looked and smelt (almost) edible,” which is a glowing review for a food that dates back to William Taft’s presidency.

A rusted rectangular tin holds a century-old fruitcake.
Antarctic Heritage Trust

Why fruitcake? “It’s an ideal high-energy food for Antarctic conditions, and is still a favorite item on modern trips to the Ice,” according to the AHT’s project manager for artifacts, Lizzie Meek. Four AHT conservators have been working to preserve almost 1500 artifacts from Cape Adare, where Norwegian explorer Carsten Borchgrevink erected the first buildings in Antarctica. (Scott’s expedition later used the same huts.) They're still standing, and the AHT’s next project will be preserving the structures.

The Cape Adare site is an Antarctic Specially Protected Area, and the trust is working under a permit that requires its conservators to return any artifacts to the huts after they’ve been restored, meaning Scott’s fruitcake will eventually go back to where it was found.

Surprisingly, this is not the first fruitcake that has stayed edible for more than a century. Fidelia Ford made a holiday fruitcake in 1878, and it’s still in the family. It’s not quite fresh, though. One of Ford’s descendants reviewed it thusly: “Not much of a taste, no, and not good.” Given that Scott’s fruitcake is set to return to Cape Adare eventually, it’s doubtful that anyone will get a taste. We’ll just have to use our imaginations.

[h/t Gizmodo]

All images courtesy Antarctic Heritage Trust

Original image
Jim Forest, Flickr Creative Commons // CC BY-NC-ND 2.0
arrow
science
Scientists Devise Clever Way to Test Old Manuscripts’ DNA
Original image
Jim Forest, Flickr Creative Commons // CC BY-NC-ND 2.0

When encountering an obstacle, some people stop and give up, some force their way through, and others find another way around. That's what scientists in the United Kingdom have done with a delicate manuscript from the Dark Ages. Barred from taking parchment samples, the resourceful researchers instead analyzed the eraser crumbs left behind after archivists cleaned the paper. They describe their findings in an article on the prepress server bioRxiv.

Co-author and archaeologist Matthew Collins of the University of York did not start out a manuscript man. Collins had been trying to extract DNA from animal bones unearthed at a Viking settlement to learn more about the culture's use of livestock. But the bones had decayed too far to offer much in the way of genetic material. "You can imagine the frustration," Collins said in an interview with The Atlantic.

Then he realized that animal remains can be more than just bones. There are skins, too—and those, at least, we've taken some pains to preserve. At least the ones we've written on.

"You look at [archive] shelves," Collins said, "and every one of them has a skin of an animal with a date written on it."

Collins's excitement at discovering this untapped bounty of data was soon tempered when he and his collaborator, biochemist Sarah Fiddyment, learned that sampling the manuscripts was completely off-limits.

But they weren't about to give up that easily. Fiddyment spent weeks following the conservators as they worked with the fragile animal-skin paper, learning their process and watching for possible openings. Finally, she saw it: eraser crumbs.

Conservators routinely use PVC erasers to lift stains, grime, and damage from historic documents. The friction created by gently rubbing the eraser against the paper creates an electric charge that pulls in molecules of dirt and oil. And probably other things, too, Fiddyment thought.

Fiddyment, Collins, and their colleagues began collecting eraser crumbs from manuscript conservators around the world. They analyzed each document's chemical makeup and were even able to compare proteins to identify the livestock species responsible for the skin.

The next step was to look at the DNA itself. The researchers turned to the York Gospels, a leatherbound Bible with pages dating back to the year 990. By collecting another tiny pile of eraser crumbs from cleanup of eight pages, they were able to collect enough of a sample to run thorough DNA tests.

Those pages had quite a lot to say about their creation and history. The tests revealed 1000-year-old genetic material from the cows and sheep that gave the book its parchment pages. Remarkably, the DNA was so intact that the scientists could identify the cows' ancestry (something close to our modern-day Norwegian reds and Holsteins) and sex (mostly female).

The pages also contained human DNA and even bacteria, most likely from the hands and saliva of the people who made, wrote, and used the book.

Speaking to The Atlantic, parchment expert Bruce Holsinger of the University of Virginia called the findings "an exciting breakthrough."

[h/t The Atlantic]

SECTIONS

arrow
LIVE SMARTER
More from mental floss studios