friends, you don’t understand. This ad campaign was goddamn HUGE. They bought out the entirety of multiple train stations in Boston with these. There are so many more, and they’re all this same beautiful combination of questionable/amazing.
From the cartoonish Zoidberg (Futurama) and Kang and Kodos (The Simpsons) to the aliens of Prometheus and Arrival, modern storytellers seem particularly fond of drawing upon the deep for inspiration.
In many ways, it makes sense to use the squid and octopus as models for alien life. The oceans are like an alien world, with an atmosphere we cannot breathe that gives birth to bizarre forms beyond our imaginations. And cephalopods are about as far from the classic mammalian arrangement as you can get—yet they display surprising intelligence.
The differences between our minds and theirs are evolutionary. Cephalopod intellect evolved under very different conditions than most creatures we consider intelligent. […]
Cephalopods live brief, antisocial lives. Even large species like the giant Pacific octopus last but a few years, and want little to do with other octopuses outside of copulation. Their minds didn’t evolve to form social bonds or lasting relationships. We don’t really know why they’re so smart or what evolutionary pressures led to their relative brilliance, though some think it may have to do with adapting to a life without a shell (an hypothesis that could also explain their short lifespans). Their intelligence, like their eight-legged, boneless bodies, is truly alien, even though both are from this world.
While cephalopods have inspired countless science fiction authors, it’s intriguing that they are almost entirely absent from abduction accounts.
“I’ve seen no more reports of tentacles on UFO aliens than I could count on my fingers, […] the aliens that show up in purported real-life encounters “are a bit like us… something we can relate to.”
If you’re ever feeling down on yourself just remember that a group of animals which swim backwards and constantly bump into things has clung to existence for around 200 million years
5.0 out of 5 stars Five Stars 5.0 out of 5 stars A poetic and unusual perspective on marine invertebrates To say that biologists can learn about modern sea life from glass models made 140 years ago is to credit both worlds: the close observations of the contemporary scientist and the extraordinary skill of the late nineteenth century Dresden glassmakers Leopold and Rudolf Blaschka. In her book, A Sea of Glass; Searching for the Blaschkas’ Fragile Legacy in an Ocean at Risk, Drew Harvell, Professor of Ecology and Evolutionary Biology at Cornell University, has succeeded in bringing their glass models to life, searching to find their living counterparts. Each is a metaphor for the other. She sees the glass models as time capsules. Her favorite, the glass model of the common octopus, was carefully restored recently from many small pieces while its living counterpart also lives tenuously today, in its natural habitat. Thus this beautifully written, absorbing, purposeful and eye-opening book presents a time warp: late 19th century glass models and contemporary real specimens, studied on dives by the author in Indonesia, Italy, Hawaii, and the San Juan Islands, Washington State, as well as the low tide flats of Creek Farm, near Portsmouth, New Hampshire.The author begins with a history of these Czech glassblowers, telling how Leopold’s 1853 sea voyage and his observations of jellyfish in the Atlantic, including the Portuguese Man of War, led to a fascination with invertebrate sea animals. This book restores to public view the importance of these invertebrate models which until now have been less well known than the Blaschkas’ glass flowers, notably those in the collection at Harvard University. With this book, the invertebrate sea creatures retake center stage, both for their art and for their contributions to the study of nature or, as the author puts it, the tree of life.Read more › Go to Amazon5.0 out of 5 stars fascinating in the discussion of both biology and art, jaw-dropping photos of the glass sculptures Drew Harvell’s A Sea of Glass: Searching for the Blaschka’s Fragile Legacy in an Ocean at Risk is a braided work of non-fiction whose three strands focus on the creation of a 19th Century collection of exquisitely crafted glass replicas of marine invertebrates, the biology of the creatures themselves, and Harvell’s attempt through a series of dives to learn how these creatures, so plentiful at the time of their reproduction in glass, are doing in a world grown mostly more inimical to their existence thanks to overfishing, pollution, and most especially global warming.The Blashchkas, a father and son glassmaking team, ended up creating almost 800 of the finely detailed replicas as teaching tools for universities (they were actually more famous for their glass flowers, many of which were displayed in royal gardens). Their dedication and artistic ability can be traced through their letters and journals, through the painstaking notes they took, through the watercolors they created before attempting the same creature in glass, and through the incredible detail of the sculptures, of which experts at the Corning Museum of Glass declared that they could think of no peers, living or dead, who could have achieved the same fine work.Harvell is an excellent guide to the naturalist account of how these creatures live—what they eat and how, how they reproduce, their place in the environmental food web, etc. All of it, explained in precise, clear language is utterly fascinating, even when she describes what she acknowledges are often thought of as the more “dull” creatures, the worms.Meanwhile, her attempt to evaluate these creatures’ vitality in their current existence is highly personal and emotional.Read more › Go to Amazon
Nautiluses are super cool!! They’re the oldest living subclass of the cephalopods, and really haven’t changed all that much since the late triassic! Their ancestors were called ammonites which appeared waayyyy back in the devonian period (419.2–358.9 million years ago). I had a whole post on ammonites a long time ago which you can find here: http://squidscientistas.tumblr.com/post/124712468719/firstly-you-guys-are-awesome-and-i-love-this
Nautilus shells are composed is many gas chambers and as it gets bigger the nautilus will close off one of the chambers and move its body into the next one.
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