Bigfoot and the Loch Ness Monster are cool and all, but in Dr. Edie Widder’s opinion, there’s no animal more appropriate for science fiction than the real life giant squid. “You couldn’t ask for a better alien,” she says. “An animal with multiple arms and two long tentacles, the most enormous eyes, three hearts that pump blue blood, suckers with serrated edges, and a beak that slices flesh. And it happens to be real!”
A featured creature in mythology (the Kracken from Norse legends and Greek mythology), literature (20,000 Leagues Under the Sea, among others), and old sailor’s tales, the giant squid—which can grow up to 40 feet long—has proved elusive for scientists to find: The only way researchers could study the beasts was by examining carcasses that washed up on beaches and tentacles snared by fishermen. Although one was photographed in its natural habitat in 2004, attempts to film the beast have failed. Until now.
Last summer, Widder—who is co-founder, CEO, and Senior Scientist at the Ocean Research & Conservation Association—was part of a team of scientists that filmed the giant squid in its natural habitat for the first time ever. The historic footage airs on Curiosity this Sunday, January 27, on the Discovery Channel. “The giant squid has been an enigma,” Widder tells mental_floss. “To finally have this kind of imagery of it is so exciting.”
Finding the Giant
Widder joined the team—which also included marine biologist Steve O’Shea and zoologist Dr. Tsunemi Kobodera of the National Science Museum of Japan—in 2010, after Mike deGruy heard a TED talk she gave about an optical lure she had invented. The lure, on its first deployment in the Gulf of Mexico, attracted a deep sea squid so new to science it can’t be placed in any existing family. “He just got so excited,” Widder says. “‘Can’t we use these techniques to go after the giant squid?’” (Sadly, deGruy died in a helicopter crash in 2012.)
The system is comprised of an optical lure called the Electronic Jelly (or EJelly) that mimics the pinwheel light display of a jellyfish under attack. Attached to the lure is a gadget called the Medusa, a highly sensitive camera and far red lights (which are invisible to most sea creatures—they can only see greens and blues) within a waterproof housing. Thanks to her success on the system’s first deployment and during an eight-month run in Monterey Bay, Widder thought that the EJelly and the Medusa might just be the right tools for catching a glimpse of the giant squid in its natural habitat. “Giant squid are visual predators—you don’t have eyes the size of a human head unless it’s important to your survival,” she says. “I’ve spent a lot of time in submersibles thinking about what animals must face for survival in dimly lit environments. There’s an enormous volume in which to find food. An awful lot of these animals are bioluminescent, and it’s clear from the work I’ve done that bioluminescence doesn’t happen spontaneously—it’s usually stimulated by some kind of interaction, frequently predatory interactions. So it would make sense that a visual predator would be on the lookout all the time for a flash of light to find something that’s worth feeding on—not the jellyfish, but what’s eating the jellyfish.”
Finding the squid was all about location: The crew headed to the deep seas off Chichi island, Japan. "That was the doing of Dr. Kobodera," Widder says. "He had done a tremendous amount of work in that area. We knew that's where sperm whales come to feed, and fishermen had snagged tentacles from the squid there. So there was a lot of interest in going to that spot." And it also took a lot of patience; the scientists made hundreds of dives in a submersible, sometimes to deeper than 3000 feet.
The Moment of Truth
When a storm was rolling in, Widder placed the system on the ocean bottom and left it there for 30 hours while the ship returned to port. When they reviewed the footage (Widder was in the submersible, so grad student Wen-Sung Schung was checking the video), bam: There was a giant squid. “It really, really worked,” Widder says. “We had five separate sightings with the Medusa.”
Later, Kobodera and a team went down in the submersible with bait and a different optical lure and captured more than 20 minutes of high-definition video of a giant squid as it fed on the bait. “Nothing can top that high res video,” Widder says. “To have that eye looking back at you like that…it’s just incredible footage.”
This mission, which was funded by the Discovery Channel and the Japanese Broadcasting Commission (NHK), succeeded where so many others had failed thanks to one important thing. “We paid attention to the squid’s visual system,” Widder says. “All previous expeditions have used bright lights and noisy platforms. ROVs have their place, but I don’t think they’re good tools for exploring animal life in the ocean. There’s a tremendous amount of noise, and you don’t have the range of vision that you do from a submersible. That really shouldn’t be ignored when you’re trying to explore such a big space. And using optical lures instead of just using bait had huge impact.”
The scientists plan to go back and review the footage they filmed, but Widder says they’ve already learned a lot—and much of it surprised them. “The appearance of the squid was so different that what we had imagined given dead specimens,” she says. “And the eye—there was something looking back at you. It wasn’t a blank, dead eye. And it was very exciting that when it attacked, it didn’t go directly to the optical lure but to what was next to the optical lure.”
But the most important takeaway, she says, is that there’s still more of the ocean to explore, and what we find there could lead to a myriad of advancements, including a cure for cancer. “What else is down there that we haven’t discovered?” she wonders. “Why spend billions of dollars on space exploration when we haven’t explored our own planet?” Her hope is that this latest discovery will lead to more funding that will allow scientists to go on more expeditions—and not just in search of the giant squid. “It would be wonderful to man an expedition like that to find the colossal squid,” she says. “That might be even more exciting. It’s not longer, but it’s bigger by weight, more massive, and bioluminescent. My fascination is with animals that make light.”
"Monster Squid: The Giant is Real" premieres January 27 at 8pm ET/PT on the Discovery Channel as the season finale of Curiosity.
Though they're often described as "rats with wings" (a phrase popularized by the movie Stardust Memories), pigeons are actually pretty cool. From homing instincts to misleading rump feathers, here are 15 things you might not know about these avian adventurers.
1. THEY MIGHT BE THE FIRST DOMESTICATED BIRD.
The common city pigeon (Columba livia), also known as the rock pigeon, might be the first bird humankind ever domesticated. You can see them in art dating back as far as 4500 BCE in modern Iraq, and they've been a valuable source of food for thousands of years.
2. THEY WON OVER CHARLES DARWIN—AND NIKOLA TESLA.
Pigeon-breeding was a common hobby in Victorian England for everyone from well-off businessmen to average Joes, leading to some fantastically weird birds. Few hobbyists had more enthusiasm for the breeding process than Charles Darwin, who owned a diverse flock, joined London pigeon clubs, and hobnobbed with famous breeders. Darwin's passion for the birds influenced his 1868 book The Variation of Animals and Plants Under Domestication, which has not one but two chapters about pigeons (dogs and cats share a single chapter).
Nikola Tesla was another great mind who enjoyed pigeons. He used to care for injured wild pigeons in his New York City hotel room. Hands down, Tesla's favorite was a white female—about whom he once said, "I loved that pigeon, I loved her as a man loves a woman and she loved me. When she was ill, I knew and understood; she came to my room and I stayed beside her for days. I nursed her back to health. That pigeon was the joy of my life. If she needed me, nothing else mattered. As long as I had her, there was a purpose in my life." Reportedly, he was inconsolable after she died.
3. THEY UNDERSTAND SPACE AND TIME.
In a 2017 Current Biologystudy, researchers showed captive pigeons a series of digital lines on a computer screen for either two or eight seconds. Some lines were short, measuring about 2.3 inches across; others were four times longer. The pigeons were trained to evaluate either the length of the line or how long it was displayed. They found that the more time a line was displayed, the longer in length the pigeon judged it to be. The reverse was true too: If the pigeons encountered a longer line, they thought it existed in time for a greater duration. Pigeons, the scientists concluded, understand the concepts of both time and space; the researchers noted "similar results have been found with humans and other primates."
It's thought that humans process those concepts with a brain region called the parietal cortex; pigeon brains lack that cortex, so they must have a different way of judging space and time.
4. THEY CAN FIND THEIR WAY BACK TO THE NEST FROM 1300 MILES AWAY.
The birds can do this even if they've been transported in isolation—with no visual, olfactory, or magnetic clues—while scientists rotate their cages so they don't know what direction they're traveling in. How they do this is a mystery, but people have been exploiting the pigeon's navigational skills since at least 3000 BCE, when ancient peoples would set caged pigeons free and follow them to nearby land.
Their navigational skills also make pigeons great long-distance messengers. Sports fans in ancient Greece are said to have used trained pigeons to carry the results of the Ancient Olympics. Further east, Genghis Khan stayed in touch with his allies and enemies alike through a pigeon-based postal network.
5. THEY SAVED THOUSANDS OF HUMAN LIVES DURING WORLD WARS I AND II.
Pigeons' homing talents continued to shape history during the 20th century. In both World Wars, rival nations had huge flocks of pigeon messengers. (America alone had 200,000 at its disposal in WWII.) By delivering critical updates, the avians saved thousands of human lives. One racing bird named Cher Ami completed a mission that led to the rescue of 194 stranded U.S. soldiers on October 4, 1918.
6. TWO PIGEONS ALMOST DISTRACTED FROM THE DISCOVERY OF EVIDENCE OF THE BIG BANG.
In 1964, scientists in Holmdel, New Jersey, heard hissing noises from their antenna that would later prove to be signals from the Big Bang. But when they first heard the sound, they thought it might be, among other things, the poop of two pigeons that were living in the antenna. "We took the pigeons, put them in a box, and mailed them as far away as we could in the company mail to a guy who fancied pigeons," one of the scientists later recalled. "He looked at them and said these are junk pigeons and let them go and before long they were right back." But the scientists were able to clean out the antenna and determine that they had not been the cause of the noise. The trap used to catch the birds (before they had to later be, uh, permanently removed) is on view at the Smithsonian Air & Space Museum.
7. YOU CAN TRAIN THEM TO BE ART SNOBS …
Japanese psychologist Shigeru Watanabe and two colleagues earned an Ig Nobel Prize in 1995 for training pigeons, in a lab setting, to recognize the paintings of Claude Monet and Pablo Picasso and to distinguish between the painters. The pigeons were even able to use their knowledge of impressionism and cubism to identify paintings of other artists in those movements. Later, Watanabe taught other pigeons to distinguish watercolor images from pastels. And in a 2009 experiment, captive pigeons he'd borrowed were shown almost two dozen paintings made by students at a Tokyo elementary school, and were taught which ones were considered "good" and which ones were considered "bad." He then presented them with 10 new paintings and the avian critics managed to correctly guess which ones had earned bad grades from the school's teacher and a panel of adults. Watanabe's findings indicate that wild pigeons naturally categorize things on the basis of color, texture, and general appearance.
8. … AND TO DISTINGUISH WRITTEN WORDS.
In a 2016 study, scientists showed that pigeons can differentiate between strings of letters and actual words. Four of the birds built up a vocabulary of between 26 and 58 written English words, and though the birds couldn't actually read them, they could identify visual patterns and therefore tell them apart. The birds could even identify words they hadn't seen before.
9. FLUFFY PIGEON FEET MIGHT ACTUALLY BE PARTIAL WINGS.
A few pigeon breeds have fuzzy legs—which hobbyists call "muffs"—rather than scaly ones. According to a 2016 study, the DNA of these fluffy-footed pigeons leads their hind legs to take on some forelimb characteristics, making muffed pigeon legs look distinctly wing-like; they're also big-boned. Not only do they have feathers, but the hindlimbs are somewhat big-boned, too. According to biologist Mike Shapiro, who led the study, "pigeons' fancy feathered feet are partially wings."
10. SOME PIGEONS DISTRACT FALCONS WITH WHITE RUMP FEATHERS.
In a life-or-death situation, a pigeon's survival could depend upon its color pattern: Research has shown that wild falcons rarely go after pigeons that have a white patch of feathers just above the tail, and when the predators do target these birds, the attacks are rarely successful.
To figure out why this is, Ph.D. student Alberto Palleroni and a team tagged 5235 pigeons in the vicinity of Davis, California. Then, they monitored 1485 falcon-on-pigeon attacks over a seven-year span. The researchers found that although white-rumped pigeons comprised 20 to 25 percent of the area's pigeon population, they represented less than 2 percent of all the observed pigeons that were killed by falcons; the vast majority of the victims had blue rumps. Palleroni and his team rounded up 756 white- and blue-rumped pigeons and swapped their rump feathers by clipping and pasting white feathers on blue rumps, and vice versa. The falcons had a much easier time spotting and catching the newly blue-rumped pigeons, while the pigeons that received the white feathers saw predation rates plummet.
Close observation revealed that the white patches distract birds of prey. In the wild, falcons dive-bomb other winged animals from above at high speeds. Some pigeons respond by rolling away in midair, and on a spiraling bird, white rump feathers can be eye-catching, which means that a patch of them may divert a hungry raptor's focus long enough to make the carnivore miscalculate and zip right past its intended victim.
11. DODOS WERE RELATED TO TODAY'S PIGEONS.
Though most of this list focuses on the rock pigeon, there are 308 living species of pigeons and doves. Together, they make up an order of birds known as the columbiformes. The extinct dodo belonged to this group as well.
Flightless and (somewhat) docile, dodos once inhabited Mauritius, an island near Madagascar. The species had no natural predators, but when human sailors arrived with rats, dogs, cats, and pigs, it began to die out, and before the 17th century came to a close, the dodo had vanished altogether. DNA testing has confirmed that pigeons are closely related to the dodo, and the vibrant Nicobar pigeon (above) is its nearest genetic relative. A multi-colored bird with iridescent feathers, this near-threatened creature is found on small islands in the South Pacific and off Asia. Unlike the dodo, it can fly.
12. AT ONE POINT, MORE THAN ONE-QUARTER OF ALL THE BIRDS LIVING IN THE U.S. MAY HAVE BEEN PASSENGER PIGEONS.
Wild/feral rock pigeons reside in all 50 states, which makes it easy to forget that they're invasive birds. Originally native to Eurasia and northern Africa, the species was (most likely) introduced to North America by French settlers in 1606. At the time, a different kind of columbiform—this one indigenous—was already thriving there: the passenger pigeon (Ectopistes migratorius). As many as 5 billion of them were living in America when England, Spain, and France first started colonizing, and they may have once represented anywhere from 25 to 40 percent of the total U.S. bird population. But by the early 20th century, they had become a rare sight, thanks to overhunting, habitat loss, and a possible genetic diversity issue. The last known passenger pigeon—a captive female named Martha—died on September 1, 1914.
13. THEY'RE REALLY GOOD AT MULTITASKING.
According to one study, they're more efficient multitaskers than people are. Scientists at Ruhr-Universitat Bochum put together a test group of 15 humans and 12 pigeons and trained all of them to complete two simple jobs (like pressing a keyboard once a light bulb came on). They were also put in situations wherein they'd need to stop working on one job and switch over to another. In some trials, the participants had to make the change immediately. During these test runs, humans and pigeons switched between jobs at the same speed.
But in other trials, the test subjects were allowed to complete one assignment and then had to wait 300 milliseconds before moving on to the next job. Interestingly, in these runs, the pigeons were quicker to get started on that second task after the period ended. In the avian brain, nerve cells are more densely packed, which might enable our feathered friends to process information faster than we can under the right circumstances.
14. PIGEONS PRODUCE FAKE "MILK."
Only mammals produce genuine milk, but pigeons and doves (along with some other species of birds) feed their young with something similar—a whitish liquid filled with nutrients, fats, antioxidants, and healthy proteins called "crop milk." Both male and female pigeons create the milk in the crop, a section of the esophagus designed to store food temporarily. As is the case with mammal milk, the creation of crop milk is regulated by the hormone prolactin. Newly-hatched pigeons drink crop milk until they're weaned off it after four weeks or so. (And if you've ever asked yourself, "Where are all the baby pigeons?" we have the answer for you right here.)
15. ONE STUDY SUGGESTS THAT, GIVEN THE RIGHT CONDITIONS, THEY'RE AS GOOD AT IDENTIFYING CANCER AS DOCTORS.
We've already established that pigeons are excellent at differentiating between artists and words, but a 2015 study revealed they can also distinguish between malignant and benign growths in the right conditions. Researchers at University of California Davis Medical Center put 16 pigeons in a room with magnified biopsies of potential breast cancers. If the pigeons correctly identified them as either benign or malignant, they got a treat, According to Scientific American.
"Once trained, the pigeons' average diagnostic accuracy reached an impressive 85 percent. But when a "flock sourcing" approach was taken, in which the most common answer among all subjects was used, group accuracy climbed to a staggering 99 percent, or what would be expected from a pathologist. The pigeons were also able to apply their knowledge to novel images, showing the findings weren't simply a result of rote memorization."
Mammograms proved to be more of a challenge, however; the birds could memorize signs of cancer in the images they were trained on but could not identify the signs in new images.
No matter how impressive their results, "I don't anticipate that pigeons, no matter how good they become at pathology or radiology, will be playing a role in actual patient care—certainly for the foreseeable future," study co-author Richard M. Levenson told Scientific American. "There are just too many regulatory barriers—at least in the West."
More than 30 years after its cinematic debut, Labyrinth could be hitting the stage. In an interview with Forbes, Jim Henson's son and Henson Company CEO Brian Henson shared plans to transform the cult classic into a live musical.
While the new musical would be missing David Bowie in his starring role as Jareth the Goblin King, it would hopefully feature the soundtrack Bowie helped write. Brian Henson says there isn't a set timeline for the project yet, but the stage adaptation of the original film is already in the works.
As for a location, Henson told Forbes he envisions it running, "Not necessarily [on] Broadway, it could be for London's West End, but it will be a stage show, a big theatrical version. It’s very exciting."
Labyrinth premiered in 1986 to measly box office earnings and tepid reviews, but Jim Henson's fairytale has since grown into a phenomenon beloved by nostalgic '80s kids and younger generations alike. In the same Forbes interview, Brian Henson also confirmed the 2017 news that a long-anticipated Labyrinth sequel is apparently in development. Though he couldn't give any specifics, Henson confirmed that, "we are still excited about it but the process moves very slowly and very carefully. We're still excited about the idea of a sequel, we are working on something, but nothing that's close enough to say it's about to be in pre-production or anything like that."
While fans eagerly await those projects to come out, they can get their fix when the film returns to theaters across the U.S. on April 29, May 1, and May 2. Don't forget to wear your best Labyrinth swag to the event.