I couldn’t believe I’d actually found it. When John Holliday told me where to look to find the infamous Dictyophora species, I didn’t really believe him—probably because he also claimed this mushroom had some pretty implausible properties. But it was there all the same, right where he said it would be. Countless hours of research and reporting had culminated in this moment. There I was, standing on the remains of an old lava flow, staring at a mushroom that one man claimed could make me orgasm by smell alone.
I bent down, pressing my hands in the soft mulch on either side of the fungus, and let the air out of my lungs. Then I pushed my face next to its orange stalk and breathed in as deeply as I could.
A new ridiculous rumor is spreading around the internets. According to conspiracy theorists, the recent outbreak of Zika can be blamed on the British biotech company Oxitec, which some are saying even intentionally caused the disease as a form of ethnic cleansing or population control. The articles all cite a lone Redditor who proposed the connection on January 25th to the Conspiracy subreddit. “There are no biological free lunches,” says one commenter on the idea. “Releasing genetically altered species into the environment could have disastrous consequences” another added. “Maybe that’s what some entities want to happen…?”
An angry octopus ready for a fight. Image credit: David Scheel
Scientists have long thought that octopus are largely asocial creatures. But a new study finds that these eight-legged cephalopods are actually quite gregarious, and their lives are full of sex and conflict. There hasn’t been this much drama under the sea since The Little Mermaid! Continue reading “The Real Octowives of Jervis Bay”
Black mamba venom is among the world’s deadliest, with potent neurotoxins that can kill a person in a matter of minutes. Photo by NickEvansKZN
“A bite from the black mamba Dendroaspis polylepis is an event that poses an immediate threat to life,” explained scientists in a 2011 case report. “Given the content of neurotoxins in the snake’s venom, the mortality of envenomation reaches 100% in almost every case if ventilation is not provided in a timely manner and adequate therapy initiated.” The article goes on to give the account of a 31-year old man who arrived in the emergency room after he was bitten by one of these notorious snakes. He was sweating, his heart was racing, and his blood pressure was through the roof. He had to be intubated almost immediately as the neurotoxic venom was shutting down his diaphragm muscles, and he was struggling to breathe. Over the next two days, he was on the brink of death, requiring dose upon dose of antivenom. But, he was lucky. Fifty-eight hours after the bite, thanks to extensive medical intervention, he was finally able to breathe on his own, and he went home the next day.
Black mambas aren’t just lethal — because of the volume of paralytic venom they inject and how potent that venom is, they are strong contenders for the deadliest snake on Earth. But Tim Friede isn’t one to be scared by words like “deadly” or “lethal.” He’s been injecting himself with snake venom for more than 16 years in an attempt to build up a natural immunity to the most notorious snakes. And according to a recent TV special from Barcroft USA (video embedded below), he’s succeeding. “To prove his self-immunization theory works,” the narrator explains, “he recently took back-to-back bites from two of the world’s deadliest snakes.”
“I have a mojave rattlesnake, water cobras, PNG taipan, black mamba, and western diamond back rattlesnake, and I can take a bite from all of them,” says Friede.
The whooping calls of howler monkeys were an effective alarm. I rolled up my mosquito net and hastily yanked on the pair of skinny jeans I had draped over the chair next to my bed. Ugh. They were still wet from yesterday’s rain. My luggage had gotten caught in LAX on my way to Lima, and even though I’d waited an extra day before heading to Puerto Maldonado, it hadn’t caught up with me. I’d just have to grin and bear it for now.
Aaron and Jeff examine the mysterious yellow bulbs. Photo by Christie Wilcox
Soon, we set out on the trail — we being Jeff Cremer (an award-winning photographer), Aaron Pomerantz (entomologist for the center), our guide from the Tambopata Research Center, Frank Pichardo, and myself. “There’s something you’ve gotta see,” Aaron said. As we rounded the bend in the trail, it was obvious what he was referring to — in front of us stood a tall tree covered in strange, raised yellow spots. “What are those?” I asked him. He didn’t know. But while colorful bulbs had caught Aaron’s eye, what really intrigued him was what he found living amongst the canary protrusions: a caterpillar he’d never seen before, tended to by ants. Jeff zoomed with his macro lens while Aaron collected some of the larvae to hopefully raise into adults.
The caterpillar spotted by Aaron and its hymenopteran protective detail. Gif by Aaron Pomerantz, filmed with the help of Chris Johns
I picked at one of the bulbs. The yellowish dome seemed to erupt from the bark, sometimes with a brownish cup at the base. The bulb itself was firm, but not that tough — my fingernail easily penetrated and split it in half. No visible spores, nothing to suggest they were the fruiting bodies of some fungus. The bulbs seemed plant-like, though unlike any plant parts I’d ever seen. There are trees that have fruits which burst from the trunk and branches, but those fruits are much larger, and this tree had dark, larger fruits on higher limbs. The yellow bulbs just seemed out of place, like they didn’t belong.
For many people, the idea of setting up shop thousands of miles from anywhere on a remote Pacific island, surrounded by palm trees and crystal blue water, sounds like a dream come true. In reality however, life on many of these islands, especially the low elevation islands, is anything but paradise. While developed countries shouldn’t expect to feel the effects of climate change for another 20-30 years, low elevation islands sprinkled across the Pacific Ocean are feeling the effects of climate change today.
“It’s not hard to imagine these islands underwater when you’re standing on a sliver of land with a seemingly never-ending blue ocean on both sides.”
If you live in the United States, then odds are that today, you’re eating turkey. It’s Thanksgiving — that’s what we Americans do. Some fifty million turkeys are consumed in the states every year on Thanksgiving, keeping with a centuries-old tradition started by the first Europeans to come to this land. But the land has changed since the pilgrims shot their first wild turkey; forests have been clear-cut, making way for agricultural fields and urban centers. Rivers have been dammed and diverted, and many of the beasts and birds that once dominated the landscape have been depleted or exterminated. Even the turkeys have changed — they’ve nearly doubled in size from selective breeding, with breasts so large that they cannot fly or mate, needing human hands to perform the act of insemination using a device ironically akin to a baster.
According to scientists at the University of Manchester, over 25 lbs of carbon dioxide emissions are produced to raise each chubby bird we consume. That means we pay for our Thanksgiving feast by releasing over 1.25 billion pounds of climate changing carbon dioxide into our already carbon-laden atmosphere.
But there is another way. Rather than turkey for your holiday feasts, consider instead the delicious flesh of the turkeyfish.
You won’t even notice the difference. Ok, you’ll notice. But turkeyfish is better for you and the environment! Images from Wikimedia users TheKosher and Food Republic.
Wednesday, KHON2 published a news report about a snake sighting in Honolulu. The original post was brief: “The state Department of Agriculture is investigating a report of a snake spotted in Nuuanu,” it began. It went on to say that the unwelcome tourist was spotted near a place called Morgan’s Corner on Nuuanu Pali Drive — less than three miles from my house — so naturally, my interest was piqued. But it wasn’t just that someone spotted a snake in Hawaii that caught my eye. After all, just two years ago, a five foot long boa constrictor was killed on the highway in the same area, presumably a released/escaped pet. It was the photo accompanying the story that really struck me, allegedly of the sighted snake before it slithered off into the rainforest:
That’s a very large — and very deadly — snake. Photo from KHON2
The second I saw it, my stomach clenched: that is a king cobra. A KING COBRA. That’s no ball python or little pet snake — that’s the world’s longest venomous snake, capable of delivering up to seven milliliters (or almost a tablespoon) of venom with its long fangs. It’s estimated that 50-60% of king cobra bites are fatal — a combination of the potent toxins and the overwhelming volume.
It can’t be a king cobra, I told myself. Not in Hawaii! So I asked my boyfriend Jake Buehler (who I lovingly call “Jakeapedia”), what he thought. “Looks like a king cobra.” So I turned to venom expert and snake guru (and friend of mine), Bryan Fry, a professor at the University of Queensland. “That is one seriously underweight king,” he told me. I looked closer at the photo, searching for any signs it could be something else. I reached out on Twitter, asking for IDs. I kept getting the same answer. What if it’s not a king cobra? I exasperatedly asked Bryan, providing hopeful alternative suggestions. “Nah, definitely a king. I’d recognize that head anywhere.”
A king cobra slithering around Nuuanu means two things. 1) that there’s a very dangerous snake on the loose. And 2) that someone is smuggling large, highly venomous snakes into the islands. The odds that a king cobra would accidentally arrive here are infinitesimally small. They’re native to India and Southeast Asia, and seeing as several thousand miles of water separate our islands from all continents, it didn’t swim here. They live in forests, not terribly close to most airports with direct flights to Honolulu, and they are ground-dwellers, which means they’re not likely to climb up into a wheel well of a plane anyway. No, if a king cobra arrived in Honolulu, someone intended for it to do so. And who even knows how they were feeding it — these huge serpents are snake-eaters primarily, taking the occasional lizard if necessary. Hawaii has no native terrestrial reptiles, and our introduced ones are small — not much to feed such a lengthy snake. Then again, maybe that’s why it looks so skinny... Continue reading “Trick or Trick: Hawaii Department of Agriculture Trolled with False Snake Sighting”
An electric eel reaches for its prey. Photo by Ken Catania, Vanderbilt University
Lurking in the muddy waters of the Amazon is a fish that has fascinated some of the greatest scientists in history, including Darwin and Faraday. The electric eel (Electrophorus electrics) is one of the most notorious species on the planet, and yet, there is still much to be learned about these elusive fish.
Despite the name, electric eels aren’t actually eels at all — they’re the only species in the genus Electrophorus, a member of the knifefishes (order Gymnotiformes). These slender shockers can grow to lengths in excess of 7 feet and weigh almost 50 pounds, and are one of the top predators in the muddy South American waters they call home. Their name comes from the current-producing cells that coat roughly two-thirds of their body, called electrocytes, which can collectively discharge more than five times the voltage of a US power socket.
In humans, the shock produced by electric eels feels much like that of a stun gun, causing brief, painful paralysis by overactivation of muscles. And since the discovery that these slippery fishes can cause such a strong electrical pulse, it has generally been assumed that they use their weaponized electricity to stun prey, using their electric organs to produce taser-like shocks. But neurobiologist Kenneth Catania wasn’t sure that was the whole story. While the eels’ shock is enough to take out the small goldfish fed to them in captivity, Catania wasn’t sure that it would work on the diversity of invertebrates and fishes that could comprise the eels’ natural diet. He was curious what would happen if the eel were presented with larger, less easily subdued meal choices. Continue reading “Electric Eels Shock Scientists With Sophisticated Hunting Strategies”
All of a sudden, you are set upon by a flying nightmare whose body shines iridescent green. Limbs intertwine as she fights to subdue you. You struggle; every muscle in your body tenses and flexes as you try to fling the emerald harpy off your back, but you feel her jaws clamp down, and she remains attached.
Terrified, you helplessly twist and contort, unable to shake her. Then you feel it — she stabs her needle-like stinger into your abdomen. Your legs tingle, then fail. The paralysis won’t last long, but it’s long enough for your venomous assailant to carefully line up the next jab. She places the point of her stinger sharp on your neck, then drills it deep. You feel a prolonged burning pain as she feels around with her stinger and slowly pumps venom over the next minute into different parts of your brain. Then, as quickly as she came, your attacker is gone. Continue reading “Your Average, Everyday Zombie”
