Posts Tagged ‘revolver’
“Nature alone is antique; and the oldest art, a mushroom”*…
Every August, Telluride hosts the Telluride Mushroom Festival—an event that brings fungal science, conservation, foraging, cultivation, psychedelic research, art, and community together in the Colorado mountains. Tamara MC reports…
… Nestled in the Colorado mountains, Telluride has long been a town of festivals: Bluegrass, Film, Mountainfilm, and Jazz. But for more than four decades, the Telluride Mushroom Festival has carved out its own niche as the largest gathering of its kind in North America.
The festival began as the Aspen Mushroom Conference before moving to Telluride in 1981. Its early circle included Dr. Emanuel “Manny” Salzman, a Denver radiologist and one of its founders, and his wife, Joanne Salzman, along with Gary Lincoff, author of The Audubon Society Field Guide to North American Mushrooms; Dr. Andrew Weil, the integrative medicine pioneer; Paul Stamets, the mycologist and entrepreneur who founded Fungi Perfecti; and Goodtimes himself. Furci credits Goodtimes with helping bring the gathering from Aspen to Telluride. Today, the festival operates as a program of the Telluride Institute.
What began as a relatively intimate gathering focused on psychedelics and fungal science has grown considerably. More than 700 people attended in 2019; by 2025, [Guiliana] Furci [here] says, attendance had reached about 1,500. The growth accelerated in the pandemic years, when mushroom foraging and other outdoor pursuits drew new interest, part of what Furci calls “the mushroom hype.” Roughly 70 percent of recent attendees, she says, were experiencing the festival for the first time. Yet despite the influx of newcomers, the gathering retains what Furci describes as a “tribe or family feeling,” with regulars returning year after year and considering one another family…
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… Without fungi, everyday life would look radically different: no beer, wine, chocolate, coffee, or bread. No penicillin. Fungi decompose organic matter and return nutrients to ecosystems, while fungal partnerships with plants helped make life on land possible and remain essential to much of terrestrial plant life.
“They are a life form that is different than plants and animals,” Furci explains. “They are neither plant nor animal nor bacteria. They can live on land, in the air, in water, both oceans and fresh waters.”
The fungal kingdom is astonishingly diverse, encompassing yeasts, molds, and mushroom-forming fungi, including everything from morels and chanterelles to conks and puffballs. Fungi also form the structural basis of lichens. When Furci mentions that morels and chanterelles are both fungi, she quickly puts the distance between them in perspective: “They are as closely related as a whale and a flea.”
Both whales and fleas belong to the animal kingdom, she notes, yet occupy profoundly different branches of it. The same is true within the fungal kingdom. “There are more ways to be a fungus than there are ways to be an animal,” Furci says.
Some of those differences challenge familiar ideas about reproduction. Schizophyllum commune, a widespread wood-decaying fungus, has more than 23,000 mating types—a genetic system far removed from a simple male-female binary.
Are fungi gendered? “No,” Furci says flatly. But she cannot bring herself to call them “it,” either. “They’re definitely not things, so I can’t talk about them as things. And they definitely don’t have a he vibe.”
For Furci, the problem is partly one of language. Calling a living organism “it” can reduce it to an object, while “he” or “she” imposes a gender fungi do not have. That attention to words extends well beyond pronouns.
Furci is one of the driving forces behind the “3F proposal”: Fauna, Flora, and Funga. For generations, “flora and fauna” has served as shorthand for the living world while leaving fungi linguistically—and often institutionally—out of the picture. In 2018, Furci and mycologists Francisco Kuhar, Elisandro Ricardo Drechsler-Santos, and Donald Pfister published a paper formally delimiting “funga” as the fungal equivalent of fauna and flora: the diversity of fungi within a particular place or region.
The idea has traveled far beyond the original paper. The Fauna Flora Funga Initiative now counts more than 2,500 signatories across 77 countries and documents adoption or use of mycologically inclusive language by conservation groups, universities, museums, and government agencies around the world. In 2021, the IUCN Species Survival Commission and Re:wild formally embraced the three-F framework, calling for fungi to be recognized alongside fauna and flora in conservation language…
Much more: “The Telluride Mushroom Festival: Where Fungal Love Runs Wild,” from @tamaramc.bsky.social
Still, we’d do well to remember (Sir) Terry Pratchett‘s wise reminder: “All Fungi are edible. Some fungi are only edible once.”
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As we celebrate shrooms, we might recall that it was on this date in 1965, on their second day off during their tour of North America, that The Beatles rented a house owned by Zsa Zsa Gabor in Beverly Hills. There, they were visited by Roger McGuinn and David Crosby of the Byrds as well as English actress Eleanor Bron, who’d appeared in their film, Help. While young girls stood outside the gates, John Lennon and George Harrison had their second experience with LSD, and Ringo his first. (Paul did not partake.) It was here that McGuinn introduced Harrison to Indian music, particularly that of Ravi Shankar.
Actor Peter Fonda was also present, and helped comfort Harrison as he grew unsettled after taking LSD and thought he was dying. According to Fonda, Lennon overheard him saying to George, “I know what it’s like to be dead,” recalling a childhood incident in which his heart stopped beating several times due to blood loss after accidentally shooting himself in the stomach. Lennon then told Fonda “You’re making me feel like I’ve never been born,” words that were later included in the Revolver track “She Said She Said.”
“There are too many of us, he thought. There are billions of us and that’s too many.”*…
Ever since Thomas Malthus got it started in 1798, people have been warning that population growth, given enough time, would lead to famine and environmental destruction. There would eventually be too many mouths to feed. But now a new study, published in The Lancet, forecasts new threats to the economic and social order caused by precipitous population decline.
Damned if you do (it), damned if you don’t.
The world population is now 7.8 billion, up from 3.5 billion less than 50 years ago. Previous estimates suggested we wouldn’t reach “peak humanity,” the point at which things start going to hell, for generations. The most recent United Nations projections see population growth stopping at around 11 billion people near the end of the century. This new study from the Institute of Health Metrics and Evaluation at the University of Washington found that the population might peak at 9.7 billion around 2064 — much sooner than previously predicted — and then fall to 8.8 billion by 2100.
On the face of it, this seems like good news. There’s no doubt that fewer people would relieve pressure on the environment, especially if there were fewer meat-eating, car-driving, computer-buying people. Not as many people taking long-haul flights and buying houses means that a smaller portion of the earth will be devoted to filling the human maw. The authors of this new paper acknowledge that their findings are good news for those who seek to reverse climate change and save orangutans. Moreover, if the world met the UN’s sustainable development goals — educating kids, stamping out disease, providing access to contraception, and spreading prosperity — the planet’s population would likely fall even more abruptly. It’s now clear that improving people’s lives — not population control measures — have been key to driving down fertility rates.
In the future described by this study, richer countries like Japan could age into insignificance, while Nigeria might grow to become a vibrant power broker. By 2100, the populations of Japan, Spain, Italy and South Korea could be half the size they are today. The United States treads water in this projection, buoyed by immigration. Rich European countries like Germany and the Netherlands might stop restricting immigration and begin competing with each other to attract migrants.
So what’s the problem? Picture millions of confused seniors wandering around without enough youngsters to corral them. In 2100, if the paper’s projection prove correct, there will be five people over 80 for every one kid under the age of five, and fewer people with jobs than without. There would be a big increase in elderly folks grasping for pensions and healthcare as the number of taxpayers covering the cost of these benefits dwindle. Economies would sputter and choke…
The risks, spelled out: “The population bomb didn’t detonate. Turns out there’s a new problem.” See also “Fertility rate: ‘Jaw-dropping’ global crash in children being born.”
But to balance the dystopian sci-fi take in the title quote, this one, which would seem to suggest that fewer might be better:
Beyond a critical point within a finite space, freedom diminishes as numbers increase. This is as true of humans as it is of gas molecules in a sealed flask. The human question is not how many can possibly survive within the system, but what kind of existence is possible for those who so survive. – Dune
* Fahrenheit 451
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As we study senescence, we might send well-armored birthday greetings to a man who did his part to combat population growth, Samuel Colt; he was born on this date in 1814. An inventor and the proprietor of Colt’s Patent Fire-Arms Manufacturing Company, he popularized the Colt 45 revolver (and other firearms) and made the mass production of revolvers commercially viable.
Colt’s manufacturing methods were sophisticated: his use of interchangeable parts helped him become one of the first to use the assembly line efficiently. But as impactfully, he was a pioneer in Barnum-like salesmanship and self-promotion. His innovative use of art, celebrity endorsements, and corporate gifts to promote his wares made him a pioneer of advertising, product placement, and mass marketing.
“To paraphrase several sages: Nobody can think and hit someone at the same time”*…
“Stranded on the Island of Circe” by Paul Reid
What was the driving force that made us human, akin to but separate from other apes and our evolutionary cousins such as the Neanderthals? In The Goodness Paradox, the anthropologist Richard Wrangham approvingly quotes Frederick the Great in pointing to “the wild beast” within each man: our nature, he argues, is rooted in an animal violence that morphed over time to become uniquely human. When male human ancestors began to plot together to execute aggressive men in their communities, indeed to carry out such killings through what Wrangham calls “coalitionary proactive aggression”, they were launched towards full humanity…
At some point after the evolutionary split from the non-human ape lineage – probably around 300,000 years ago, Wrangham thinks – our male ancestors began to do what the chimpanzees could not: plot together to execute aggressive males in their own social groups. How do we know this? Because we see evidence of “the domestication syndrome” under way in our ancestors at this time, indicating that they were becoming less in thrall to reactive aggression…
During human evolution, of course, no other more dominant species controlled the process: instead, we domesticated ourselves by eliminating the most aggressive males in our social groups. Our bodies did signal what was happening. Around 315,000 years ago, for example, “the first glimmerings of the smaller face and reduced brow ridge [compared to earlier human ancestors] that signal the evolution of Homo sapiens” began to show up. Sex differences in the skeleton soon began to diminish. Our species was set apart from all other human-like ones, including the Neanderthals, who did not self-domesticate…
How the human species domesticated itself: “Wild beast within.”
Regarding the Pain of Others
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As we take it easy. we might recall that it was on this date in 1836 that Samuel Colt and a group of financial backers chartered that Patent Arms Manufacturing Company of Paterson, New Jersey, a company formed to produce what became the first commercially-successful revolvers. The revolver was pioneered by other inventors; Colt’s great contribution was the use of interchangeable parts. He envisioned that all the parts of every Colt gun would be be interchangeable and made by machine, to be assembled later by hand– that’s to say, his goal, later realized, was an assembly line.
“There are no facts, only interpretations”*…
Danish duo Mikael Wulff and Anders Morgenthaler create visuals depicting the everyday struggles, irritations, and insights of their fellow Westerners. Their official-looking graphs illuminate the unofficial statistics of our daily lives, offering insights that are at once unexpected and glaringly obvious.
They publish their work every day on Wumo, their webcomic and newspaper cartoon strip (formerly known as Wulffmorgenthaler); they’re archived at Kind of Normal.
See a selection at demilked; see even more at Kind of Normal.
* Friedrich Nietzsche
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As we exult in explication, we might send consoling birthday greetings to Rufus Porter; he was born on this date in 1792. A visionary and prolific inventor, Porter had painfully little business sense. He held over 100 patents, including a fire alarm, a signal telegraph, a fog whistle, a washing machine, and a revolving firearm… He sold his patent for the lattermost to Samuel Colt for $100 in 1844. With those proceeds, Porter published the first issue of Scientific American (on August 28, 1845)– but sold that business 10 months later.
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