If you can suspend judgement for a moment the awe is overwhelming:
Odin, in Norse mythology, is an extremely powerful god who’s also a trickster. He has only one eye, having sacrificed the other for wisdom. Among his many talents, he can wake the dead, calm storms, cure the sick, and blind his enemies. Not infrequently, he transforms himself into an animal; as a snake, he acquires the gift of poetry, which he transfers to people, inadvertently.
The Odin, in Oakland, California, is a company that sells genetic-engineering kits. The company’s founder, Josiah Zayner, sports a side-swept undercut, multiple piercings, and a tattoo that urges: “Create Something Beautiful.” He holds a Ph.D. in biophysics and is a well-known provocateur. Continue reading
A recent analysis challenges the hypothesis that songbirds helped with a vital step in mistletoe evolution, the move from the ground to the treetops. Fabrice Cahez/Nature Picture Library/Alamy
Cara Giaimo, as ever providing surprising explanations of natural phenomena, has this biology lesson for a holiday tradition:
Today’s post is a finding from the natural world that intersects with the premise of a favored book for kids:
Before metamorphosis, monarch butterflies will aggressively head butt each other for access to their favorite food.
In the 1969 children’s book “The Very Hungry Caterpillar,” the tiny protagonist spends a week snarfing his way through a smorgasbord of fruits, meats, sugary desserts and, finally, a nourishing leaf. This family-friendly tale was missing one crucial and far less G-rated plot element: the pure, unadulterated rage of an insect unfed. Continue reading
The Science section of the Guardian’s website has an article profiling an author and his new book (click above to find the book on the author’s website) that relate to a topic we care about as much as any we post about on this platform.
Shiitake mushrooms (Lentinula edodes) being home cultivated. Photograph: Gerry Bishop/Alamy
When Amie and Milo and I moved to Kerala, India in 2010 it was ostensibly for the sake of our client. But it was also for Milo. He was 16 years-old with a strong interest in mycology, and was motivated to translate his knowledge into practice. Within the first year he set up a small farming operation for culinary mushrooms.
Underground network: a wood-rotting fungal mycelium exploring and consuming a log. Photograph: Alison Pouliot
He was adept at explaining the importance of complex networks like those in the image to the left, and made me a believer: the future is fungal, for culinary, medicinal, and bio-remediation purposes. When restoration of this coffee farm started, I built a berm with logs at the core, expecting a mycelium network to develop, creating a healthy border for the shade trees planted.
These days Milo has his own forest tract to continue these pursuits and I keep a lookout for related stories of interest. Merlin Sheldrake has my full attention today:
The study of fungi has long been overshadowed by more glamorous scientific quests. But biologist Merlin Sheldrake is on a mission to change that
Merlin Sheldrake is convinced fungi will play a crucial role in our growing understanding of the environment. Photograph: Cosmo Sheldrake
As a boy, Merlin Sheldrake really loved the autumn. In the garden of his parents’ house – he grew up a few moments from Hampstead Heath, which is where he and I are walking right now, on an overcast summer morning – the leaves would fall from a big chestnut tree, forming gentle drifts into which he liked nothing more than to hurl himself. Wriggling around until he was fully submerged, Sheldrake would lie there, quite content, “buried in the rustle, lost in curious smells”. As he writes in his wondrous new book, Entangled Life, these autumnal piles were both places to hide and worlds to explore. Continue reading
Bees, in all their surprising ways, are important to humanity, so we share science about them. Our thanks to one of science writing’s most deft explainers, James Gorman, for one more insight. If only for the video, showing the precision of the bee’s ability to drink nectar, this article is worth a look:
Once again, insects prove to be more complicated than scientists thought they were.
For a century, scientists have known how honeybees drink nectar. They lap it up.
They don’t lap like cats or dogs, videos of whose mesmerizing drinking habits have been one of the great rewards of high speed video. But they do dip their hairy tongues rapidly in and out of syrupy nectar to draw it up into their mouth. For the last century or so, scientists have been convinced that this is the only way they drink nectar. Continue reading
Common blue butterfly in Weymouth, Dorset, UK. © Verity Hill
Thanks to Alex Morss for this second opportunity to feature her work:
How can butterflies and moth find food-plants and mates by smell if they don’t have a nose? Ecologist Alex Morss explains how they can sense with other parts of their body. Continue reading
This book (click the image to the left to go to the publisher) has become an unexpected bestseller. The other times we have posted on the topic of eels, a couple of them were artistic in nature and the other were scientific in nature. I would not have predicted that a whole book on the topic was something I would want to read, let alone that a very sizable audience would develop. I would expect that if there were to be more than four posts mentioning eels in the nine years we have been posting, we might have covered the topic of aquatic agriculture. But, no.
When I listened to a conversation (click the image to the right to go to the podcast) with the author of The Book of Eels it reminded me that I had already read a review of the book by Brooke Jarvis a few months earlier. And that we should post more on eels The illustration adorning the review was fun. The opening paragraphs were compelling:
The mysterious creature has attracted avid detectives since ancient times. Illustration by Jason Holley
In the spring of 1876, a young man of nineteen arrived in the seaside city of Trieste and set about a curious task. Every morning, as the fishermen brought in their catch, he went to meet them at the port, where he bought eels by the dozens and then the hundreds. He carried them home, to a dissection table in a corner of his room, and—from eight until noon, when he broke for lunch, and then again from one until six, when he quit for the day and went to ogle the women of Trieste on the street—he diligently slashed away, in search of gonads. Continue reading
Thanks to Eric Vance for a fun and interesting read:
The animal world is full of games. And tucked in among wrestling monkeys, belligerent birds and wily coyotes are lessons for us all.
As a sophomore in college I interned at a lab that studied dolphin behavior. The animals spent most of the year doing back flips and spraying water onto tourists at a theme park, then called Marine World Africa USA, just north of San Francisco. In their off months, they hung out with behavioral scientists who did experiments with them.
I quickly noticed a few things about dolphin research. One, it’s regularly interrupted by dolphin sex. Dolphins are dirty, dirty creatures. Two, despite this, it’s actually quite dull. Watching dolphins swim in circles eight hours a day gets old. And three, almost all dolphin experiments involve games and toys. Continue reading
AVE CALVAR / QUANTA
At a time when microscopic phenomena are the cause of fear and loss, it is surprising and enlightening to read about microbial discoveries that could help answer some of the eternal questions about life, the universe, and everything.
Bailey Miller, a postdoctoral researcher at the University of Utah, dived off the Research Vessel E.O. Wilson to explore an ancient underwater cypress forest in the Gulf of Mexico off of Dauphin Island, Ala.
Thanks to JoAnna Klein, who now more than ever is appreciated for the reminder of the wonders of natural history:
Before this underwater forest disappears, scientists recently raced to search for shipworms and other sea life that might conceal medicine of the future.
An ancient log, home to shipworms, which may help researchers discover new medicines.
DAUPHIN ISLAND, Ala. — It was 6 a.m. at the dock on a Tuesday in December, and the weather did not look promising. Fog hovered over the water, and the engine of the Research Vessel E.O. Wilson rumbled.
Our ship disappeared into the mist, and by 7:30 the crew, a team of biologists, chemists and microbiologists, reached its destination. The sun lounged on obsidian water, masking a secret world where land and sea swap places, and past, present and future collide.
This is the underwater forest. Its unusual residents, shipworms and related marine organisms, could serve as incubators of unexpected medicines, churning out new lifesaving formulas and compounds that may not be found anywhere else on the planet. But first the group of scientists had to manage to dive 60 feet beneath the ocean’s surface to recover their unusual subjects, a task made more challenging by three days of uncooperative weather.
Another log recovered from the underwater forest.
“Underwater forest” is not a metaphor — this is a not a coral reef or a sea grass bed that resembles surface woodlands but bona fide trees with roots and leaves. For thousands of years, this cypress grove — about two football fields long and five feet wide — lay silent, preserved within an oxygen-less tomb of sand and sediment. Then came Ivan.
In 2004, the hurricane, category 5 before making landfall, ripped through the Gulf of Mexico, with winds up to 140 miles per hour kicking up 90-foot waves. The storm scooped up nearly 10 feet of sand from the seabed, awakening the sleeping forest beneath. Continue reading
Illustration by James Taylor
Thanks to Colleen Walsh and the Harvard Gazette for this:
Experts discuss the science of smell and how scent, emotion, and memory are intertwined — and exploited
A biofluorescing Cranwell’s horned frog. Jennifer Lamb and Matt Davis
Thanks to Joanna Klein, as always:
Many amphibians — possibly all of them — are biofluorescent, according to a new survey.
A glowing dwarf siren… Jennifer Lamb and Matt Davis
Amphibians are half-landlubbers, half water-babies. They breathe through skin that is moist, warty, crested and in some cases, poisonous or hallucinogenic. Some wear dull, leaflike-camo patterns. Others sport Guy Fieri flames.
And as cute, gross, pretty, ugly, magical and witchy-named as these slip-sliding creatures may be, they’ve been hiding something in a secret, fluorescent world invisible to humans. Many amphibians, whether salamanders, frogs or their distant cousins — possibly all of them — glow, according to a survey published Thursday in Scientific Reports.
Jennifer Lamb and Matt Davis
“There is still a lot out there that we don’t know,” said Jennifer Lamb, a biologist who conducted the research with Matt Davis, both at St. Cloud State University in Minnesota. “This opens up this whole window into the possibility that organisms that can see fluorescence — their world may look a lot different from ours.”
The study paves the way for new research into how or why amphibians possess this special adaptation, which has potential applications in medical technology and conservation. Continue reading
A Jock Scott salmon fly, tied according to the original T.E. Pryce-Tannatt recipe.Timo Kontio
Having friends who fish using this technique, this is a tricky post to write. I knew little about the history of the lures used in fly fishing until yesterday. I learned a little something about this history that is as disturbing as the lures are admittedly beautiful. I have tried fly fishing and found it more difficult than any other outdoor activity I ever tried. I respect anyone with the talent required to catch fish this way. But now I wonder about the lures. Above is an extra feature from the episode of a podcast which, if you are a regular viewer of our daily bird feature, you will want to listen to. Click the image to go to that photo gallery for more, either before or after you listen to the podcast:
Victorian salmon flies are tied according to recipes that are up to 150 years old and call for some of the rarest feathers in the world. Our show this week is the story of what may be the greatest feather robbery of all time, a million dollars in rare birds, stolen from a British museum.
The community of people devoted to tying these kinds of flies doesn’t fish with them—they’re just for show. Many try to use feathers from the same species listed in the classic manuals. But because so many birds have been killed for so many reasons over the years, a lot of the most coveted species are now endangered or protected.
Below are some photos of salmon flies—the Durham Ranger, the Jock Scott, and the Sherbrook—and some of the birds referenced in the recipes used to make them.
The episode those photos support offers as well told a story as This American Life is known for, but for bird nerds it is especially rich. And for those who are yet to become bird nerds, it may be just the stimulus you need. To tie the most prized fishing fly, the most prized birds lose the ability to fly. :
An “analytical diagram” illustrating the various parts of a Jock Scott salmon fly.
George M. Kelson’s The Salmon Fly: How to Dress It and How to Use It (1895)
A flute player breaks into a British museum and makes off with a million dollars worth of dead birds.
By Sean Cole
After hearing about the heist, Kirk Wallace Johnson gets sucked into the feather underground. He ends up discovering things that the people in charge of the theft investigation didn’t. Kirk’s book about the heist is called “The Feather Thief.” (7 minutes)
Photo: Vangelis Aragiannis/Alamy
We do not like looking at them. They disrupt many otherwise pristine views of nature, in the most surprising places. And so the thought of them being dangerous to birds would be an easy stretch of the imagination. Thanks to Audubon for the clarification, that their danger to birds is just an act of imagination:
Here’s the truth behind a Facebook falsehood spreading across the internet.
On the internet, there is often a fine line between a healthy skepticism of new technologies and blatant misinformation. The recent claim that the radio waves from 5G cellular communication towers are causing mass bird die-offs is a perfect example of just how thin that line can be—and how quickly falsehoods can spread across Facebook, Twitter, YouTube, and even in the comments of Audubon magazine’s stories.
The origin of this claim is as head-spinning as it is instructive, so let’s untangle the knot: Does 5G really kill birds, and if not, why are so many people shouting about it online? Continue reading
Experts have identified oceans as a key battleground in the fight to protect humanity’s natural ‘life support system’. Photograph: Christian Loader/Alamy
The plan provides one possible answer, its execution is an important question:
Recent research has explored “helping” behavior in species ranging from nonhuman primates to rats and bats. To see whether intelligent birds might help out a feathered pal, scientists did an experiment using African grey parrots like these. Henry Lok/EyeEm/Getty Images
Thanks to Nell Greenfieldboyce, science correspondent at National Public Radio (USA), for summarizing findings about how some animals help one another. We are on the lookout for more stories of how, why, when acts of kindness happen, and if we need to turn to parrots for inspiration, no problem:
Parrots can perform impressive feats of intelligence, and a new study suggests that some of these “feathered apes” may also practice acts of kindness.
African grey parrots voluntarily helped a partner get a food reward by giving the other bird a valuable metal token that could be exchanged for a walnut, according to a newly published report in the journal Current Biology. Continue reading
LUISA RIVERA FOR YALE ENVIRONMENT 360
It is surprising that neither E.O. Wilson nor his biophilia concept is mentioned here, but still it is an interesting finding. Our thanks to Jim Robbins for sharing:
A growing body of research points to the beneficial effects that exposure to the natural world has on health, reducing stress and promoting healing. Now, policymakers, employers, and healthcare providers are increasingly considering the human need for nature in how they plan and operate.
A park ranger leads a hike through the Kahuku unit of Hawaiʻi Volcanoes National Park. NPS PHOTO/JANICE WEI
How long does it take to get a dose of nature high enough to make people say they feel healthy and have a strong sense of well-being?
Precisely 120 minutes. Continue reading
Tufted Puffin. Photo: Tom Ingram/Audubon Photography Awards
Thanks to Audubon Magazine we start 2020 with a short story about an adaptation that is not just pretty, but practical in more than one way:
Good for more than just attracting a mate, the clownish feature appears to keep the subpar fliers from overheating.
The puffin’s iconic orange bill might be its most recognizable feature, but it’s also quite functional, serving the charismatic seabird in all avenues of life. The bill’s large volume makes it a hefty food carrier, and its ultraviolet glow amps up puffins’ sex appeal. Now, scientists have identified yet another use of this dramatically curved bill: staying cool. Continue reading
Thanks to Discover Magazine’s Sarah White for bringing our attention to Three Studies Are Showing Bees’ Amazing Math Abilities, a story we had missed earlier:
(Credit: Gemma Tarlach/DISCOVER)
Honeybees caused quite a buzz this year when three separate studies showed they possess some of the same mathematical abilities as humans, despite much tinier brains.
In February, research in Science Advances indicated honeybees could learn to add and subtract. To teach the bees arithmetic, cognitive scientists set up a Y-shaped box for the bees to fly through. When a bee entered the box at the bottom of the Y, it saw blue or yellow shapes. If the shapes were blue, the bees were trained to fly down an arm of the Y toward a picture with one additional shape to receive a sucrose reward; the other arm had a bitter drink instead. If the shapes were yellow, bees were rewarded for choosing the picture with one fewer shape…
Comprised of only around 100,000 neurons, the Drosophila fruit fly brain is capable of highly complex behaviors. Getty Images
This link is in the spirit of appreciating the value of the lowliest members of our day to day encounters with nature, and the role they play in helping scientists better understand phenomena important to humans. Thanks to Kevin Jiang and the Harvard Gazette:
Experiments reveal how visual cues reorganize course-sensing neurons in fruit flies