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Ok, I apologize for this week. A friend of mine generously agreed to teach me 3D computer assisted design on Thursday, and I had a cold last night and just fell asleep after work–so there were only a measly 3 posts this week! To make up for it, I will put up this week’s sketches tomorrow in a special Sunday post—so tune in then (and bring all of your friends and loved ones too!) but first, here is a rare Saturday post–a weird jeremiad about guilds.
“Guilds” you are saying,” didn’t those die off in the middle ages? We live in a glistening modern world of opportunities now!” Actually, guilds didn’t die at all—they have morphed and proliferated in ways both beneficial and detrimental to society. We should think seriously about this and ask whether the ambiguous benefits of guild outweigh their unfair anti-competitive nature.
First let’s quickly go back to the Middle Ages when there were two competing ways of learning professional trades. You could go to a guild, where weird old men made you do sit on a bench and do menial tasks for twenty years while you competed in pointless status games with your cruel peers (and underwent fearsome hazing). Assuming you survived all of this, you became part of the guild, and participated in its quasi-monopoly on trading fish with the Baltic, making oakum ropes, scrivening, alchemy, accounting, or whatever. Savvy readers will see the roots of the AMA, the Bar Association, and even our great universities and trade schools (and maybe our secondary schools) in this model.
The other way was the master/apprentice system. This is now most familiar to us through wizards, kung fu warriors, artists, Jedi, and other fictional characters—which is to say it has not proliferated in the modern world. A wise master would take a favorite student under his/her wing and teach them the ropes. This system had the advantage of being better and faster than the guild system—it can truly foster rare genius– but it had all of the Jesus/Peter, Jedi/Sith, father/son problems familiar to us through fiction. Namely the master frequently held on too long, became evil, started giving sermons in the wilderness, or otherwise went bad: or the apprentice decided they did not want to wait but were ready to paint naked ladies instead of mixing paint…or to enchant brooms or to fight the howling serpent gang.
During the nineteenth century, law and medicine were learned like gunsmithing, coopering, and hat-making: through apprentices. It worked fine for law but not for medicine (although I am not sure 19th century medicine was worthwhile anyway). Today we have universities and professional schools controlling all the ways upward in society (provided you have adequate money and have passed through endless mandarin-style standardized tests). It is making society sclerotic. Anybody who has spent time in a contemporary office will instantly recognize the parochial narrow-minded professional mindset encountered at every turn. We have a society made up of narrowly educated reactionaries monopolizing each profession. Time to open things up a bit with a different model. The apprentice system worked well in the past. Let’s try it again (and get rid of these smug gate-keeping professional schools in the process).
Nothing could go wrong here!
Frankly I suspect that Doctors alone should have guilds. It is the only discipline important enough and complicated enough to warrant the stranglehold protectionism of a professional association. The great medical associations make use of master/apprentice-style relationships later on in a doctor’s training anyway, and they have proven themselves responsible guardians of their sacred trust in numerous other ways. Lawyers, florists, morticians, artists, clowns, accountants, underwater welders, actuaries and other dodgy modern professionals should compete through the open market. If you want to be a businessman find a businessman and train with him until you know enough to defeat him in open business combat. If you want to be a florist or a computer programmer, find a master florist or a master programmer. Disciplines like geology and engineering could keep pseudoscientists and frauds out of their ranks with continuing brutal tests.
Nice Digital Serpent!
Of course it is possible that this whole post is merely an angry reaction to troubles in my own extremely subjective profession, art. Contemporary art schools are thoroughly worthless in every way. Back during the 50s and 60s, a bunch of doofy political theorists took over and hijacked art (which has many unpleasant similarities to political theory…but which is not political theory). Art has been a meaningless game of celebrity and identity-politics ever since. It is sadly devoid of the master craftsman aspect which once made it great. I didn’t learn art at a famous art school. I learned from a great master painter…who went a bit bonkers and moved off to China to practice veganism and sit on a mountain. That is the way things should be! This business of going to Yale or RISDI needs to be thrown on history’s scrapheap.
Crochet Squid (by Ruby Submarine from Craftsy)
It has been a long time since we had a mollusk post, so today let’s enjoy a post about squid, octopuses, and extinct nautiloids…and knitting. Apparently the characteristic tubes and whorls formed by knitting can be easily adapted to produce lovely tentacled plush characters. Sadly, I am a terrible knitter (or, more accurately, not a knitter) but I appreciate the art. Also, as a toy maker I have a professional interest in these plush toys, even if they are not necessarily in my own area of specialty.
Knitted Nautiloid
by cobrajs (Deviantart)
Knitted Ammonite and Orthocone (from Knitty.com)
An exceptionally pretty nautiloid (by Chantal)
Naughty Nautiloid for Knitwits (Knitty.com)
?
Under the sea (by onblueberryhill)
Look at how cute the squids and extinct cephalopods are. Some of these designs are truly ingenious, like the red squid at the top, or the belemnites immediately below. I wish I had had some of these as a child to pair with my beloved dinosaur stuffed animals and toys. When I was young, I was unhappy that it was so difficult to get toys of prehistoric ocean creatures other than plesiosaurs (and frankly even those were hard to come by). Even if it is still hard to get mass-produced orthocones and ammonites, these beautiful hand-made pieces certainly help fill the gap. Now your plush ichthyosaur will have something to predate! Or, if your toy collection is more modern, you will have the right character for stinging the Australian PM.
Wooly Belemnites (Found on juniorgeo.co.uk)
Ollie the Octopus
(Lion Brand® Vanna’s Choice® Baby
Pattern)
knit Octopus (found on craftster.org)
Felted Squiddy by Denise (from “knitting”)
felted squid flash drive (NifNaks)
I wish I could tell you more about how these are made and where you could get the patterns, but it seems like a certain expertise in the textile arts is required. I only know the difference between what is felted and what is knitted. My mother, however, has a lovely yarn store in Parkersburg, West Virginia and she is an expert at every aspect of knitting, crocheting, weaving, and sewing. I am sure she could explain to you how to make any of these creatures (or any other lovable knitted or felted animal toys)…provided you bought the yarn from her store.
Ax Wielding Octopus (Hiné Mizushima, ca. present, needle-felted sculpture)
Needle-felted Bobtail Squid by crocodiledreams
Aren’t these all adorable. They make me want to get back into toy making and create “My Little Squiddy.”
Too late…here are the “My Little Cephalopod” series of “My Little Pony” Themed Squid Plushies (from Laughing Squid)
Artist’s conception of MESSENGER above Mercury (NASA)
On Thursday, humankind is deliberately crashing a spaceship into another planet! We could easily be the evil aliens in someone else’s space drama. Well, at least we could be, if there were any remote chance that Mercury, the intended target of our bombardment, were a possible haven for life. And bombardment is not really the right word: what is actually scheduled is the seemly & rational conclusion to NASA’s MESSENGER mission, a highly successful exploration of the solar system’s mysterious innermost world. The mission has been ongoing for more than a decade (a decade of our Earth time—or nearly 40 Mercury years).
A portrait of Mercury from MESSENGER
The 485-kilogram (1,069 pound) MESSENGER spacecraft was launched from Cape Canaveral in August 2004. The space probe has an awkward and contrived government acronym, which is why I keep talking about it in all caps—I’m not shouting (although planetary exploration does make me very excited). The craft took some amazing pictures of Venus (a planet which always calls to me) on its way to Mercury. Then MESSENGER flew by the small planet multiple times before entering orbit on March 18, 2011 (the first human spacecraft to do so). Since then MESSENGER has extensively scanned and mapped the surface of Mercury—a planet which is surprisingly elusive to astronomers because of its proximity to the sun. The mission revealed some surprising results which are leading to big new questions.
False Color Maps of Mercury (NASA)
Mercury has a small diameter—it is actually smaller in area than some of the moons of Saturn and Jupiter—but it has substantial mass because much of it is made of heavy metals. The face of the small world is thought to be ancient: scientists speculated that its bland pitted face might date back to the formation of the solar system, but it seems that Mercury does harbor secrets.
The mission featured a big surprise. Messenger found surface water in the form of ice frozen inside the polar craters of Mercury. This was not really a shock—astronomers have suspected that ice was present due to radio-telescope readings. What was surprising was that the ice was coated with tarlike black goo. My poor roommate (who is always wandering the house pointing at films, stains, and accretions in horror) would not be surprised by a black coating on anything, however scientists were taken aback because Mercury was not thought to have any “volatile” compounds. According to the current models of planetary formation, elements like chlorine, sulfur, potassium and sodium should have boiled away during the cataclysmic high-temperature formation of Mercury…yet there they are, like the scum in my kitchen. The scientific data from MESSENGER is likely to force a rethink of planetary formation (although frankly, considering all of the weird exoplanets that are being discovered, scientists probably need to refine their theories about planetary accretion anyway). The mission also measured subtle planetary flux which should give us a better sense of Mercury’s composition and internal workings.
The yellow patches show areas where water ice is believed to exist. (NASA/Johns Hopkins University Applied Physics Laboratory/Carnegie Institution of Washington)
All good things must end, however, and MESSENGER has run out of fuel for maneuvering. Mission controllers have opted for an operatic exit and they are smashing the craft into the planet’s surface at 8,750 miles per hour (nearly four kilometers per second). This should create an 18 meter (50 foot) wide crater. Future scientists will have a known fresh disturbance to use as a benchmark for assessing the ancient craters of Mercury. Perhaps the plume will reveal some interesting secrets as well.
MESSENGER Crashes into Mercury (Wayne Ferrebee, 2015, ink and colored pencil)
Unfortunately, it will be a while before we see the results of our destructive acts. The site of impact is hidden from Earth, and we have no other spacecraft in any proximity to Mercury. A European and Japanese collaboration called BepiColombo is scheduled to launch from Earth in 2017 and arrive at Mercury in 2024. Perhaps we will have new questions for whatever answers MESSENGER is about to divulge in its unseen but spectacular final act!
Update: Through some grotesque oversight, NASA failed to portray MESSENGER’s final moments through the magic of art. I took the liberty of providing my own interpretation above. NASA did not return my questions about whether the spacecraft will wail in a plaintive manner as it impacts the surface–so I am forced to assume that it will. Did I mention that Mercury has no atmosphere? You should probably ignore that…
A rainbow of wools dyed with natural dyes
Did I mention that my parents operate a yarn shop? Its name is Market Street Yarn and Craft and it is located in Parkersburg, West Virginia. Drop by when you are in the Mid-Atlantic? South? Midwest? whatever region of the nation West Virginia is in. I don’t crochet, knit, or weave, but I love going into the store anyway because there are so many colors of yarn! From floor to ceiling there are innumerable balls, skeins, spools, and coils of every sort of fiber in every conceivable color. There are exquisite colors which I have never seen before: greens the color of uncategorized tropical plants, pinks that resemble inconceivable candies from a mad confectioner, midnight violets out of formless dreams… I’m a painter, and I am used to the pigments of my trade: iron oxide, cadmium, cobalt, lead bicarbonate, phthalocyanine, and so forth. However, dyers have an entirely different palate made of weird organic compounds (well, there are synthetic dyes too, but a lot of them have the same industrial look as everything). It means that many of the colors have a unique glowing beauty and a strangeness which draws the eye.
There are many different animal fibers—llama, camel, goat, rabbit, muskox, and silk—but of course the vast majority of the yarns are wool, which is sheep hair. Dying wool is an ancient craft which predates writing or money! Maybe chemistry isn’t the only reason some of those colors are so unique. Some dyes naturally permeate wool fiber and then stain it permanently, but other dyes require a mordant in order to remain permanently colorfast.
Well, this certainly looks fun…
Dyeing really is an ancient artisanal craft so, like cheesemaking, carpentry, pickling, or bellcasting, it has its own unique demands which are stated in a specialized language. There are dyeing words which descend directly from Old English and Latin. This is a stylish way of saying I am not going to be able to comprehensively write about dyeing wool. Instead I am going to present a crude little picture gallery of the colors produced by commonly used natural dyestuffs.
Woad is a flowering plant from the steppes of Central Asia which is also known (horrifically) as “Asp of Jerusalem.” Because it has been used for so long as a dyestuff it naturalized to Europe in classical and medieval times and now even lives in the Americas.
Wool dyed with Queen Anne’s Lace
Queen Anne’s lace is a member of the carrot family. Native to Europe, it was naturalized to North America by European settlers for unknown reasons—maybe because it can be used to dye fabric off-white (?).
Wools dyed with lichens
A bizarre hybrid organism consisting of algae and fungi living in complete symbiosis, lichen comes in many species and varieties. It can be used to make some of the most colorful and stunning dye colors.
Wool and Llama hair died with cochineal in Peru
Cochineal is a name for ground up insects which live parasitically on the carmine plant. They make a beautiful deep red dye which was once very expensive and denoted royalty or wealth (like murex dye).
Wool yarn dyed with turmeric
Turmeric is a healthy yellow spice which also dyes animal fibers bright yellow. An Indian pathologist once confided in me that everyone he had dissected from the subcontinent had yellow viscera because of turmeric (a Ferrebeekeeper fun fact!).
Dyed with regular old onion skin (from ramblinginthewoods.wordpress.com)
Onionskin is, um, the skin of onions and produces the earth color seen above.
Wool dyed with elderberry and sundry mordants (http://thirtyeightstitches.blogspot.com)
Elderberry is a childhood favorite because there was always a patch behind the garage…and next to the goathouse…and over the hill. The berries can be cooked to make a tasty syrup or jelly. They also produce a darkened color when used as a dye. Never confuse goodly elderberries with the next plant, poke, which is a toxic weed…
Wool dyed with poke (grackleandsun.wordpress.com)
Pokeberries are inedible berries of an exquisite deep purple. They look so tantalizingly delicious and juicy, but beware, they are poisonous (and used to cause a fair number of deaths back in hungrier times). Get back at them by boiling them into a dye and making the surprisingly pretty hues above.
Risk getting stung for this bewitching green?
Nettles are stinging plants which are fascinating in their own right (and which humankind has put to sundry uses for a long time). When boiled and used as dye they produce a very pretty color of fabric.
Of course this is just a random list of interesting colors which I liked (although it does provide a rudimentary rainbow). Some of these materials are rare or expensive… and may not perform as advertised without substantial tinkering. However sheep week would not be complete without a cursory mention of the dyer’s art (which is so necessary for the aesthetic appreciation of wool). It’s strange to imagine that the most beautiful Persian rugs are really bits of wool carefully dyed with plants which have been woven together!
Antique Persian Kerman crica 1890’s (made of wool dyed with natural dyes)
Chuck Yeager's X-1 Test Plane
It has been a while since Ferrebeekeeper has presented a post about color. Therefore, to liven up the gray monotony of midwinter, today’s post features one of the most vivid colors out there. International orange is a brilliant deep orange which is in widespread use throughout the world. Strangely enough, this eye-popping color was created and adopted for practical reasons. International orange (a dark orange with hints of red) is the contrasting color with sky blue (pale blue with tinges of green). The military and aerospace industry use international orange to make planes and personnel distinct from their surroundings. Many famous test planes have been painted international orange including Chuck Yeager’s X-1 (above). The color is also commonly used for flight suits, rescue equipment, and high-visibility maritime equipment.
Thanks to the high contrast of the color against the background, crews were more able to track the progress of test craft against the sky. Additionally, if something went wrong, rescue and recovery became easier if the craft stood out against the sky, ocean, and land.
The Golden Gate Bridge
Aside from its use in spacecraft and supersonic test planes, international orange also makes tall structures stand out against the skyline (and therefore protects against accidental collision). A darker “architectural” version of the color is instantly recognizable as the orange of the golden gate bridge. The Tokyo Tower was painted in international orange and white in order to comply with safety regulations of the time. The bright orange of both structures has become an integral part of their recognizability and appeal.
The Tokyo Tower
Although it is not branded as such, the natural world also has a use for international orange and a surprising number of poisonous creatures can be found in similar shades. Bright orange makes the creatures visible and advertises their toxicity to potential predators. It is funny to think that tiny frogs and huge towers share the same color.
Oophaga pumilio (Strawberry Poison-dart Frog)
A Heavy Tank made from a Blueberry carton and an Anchovy Can
I have been working hard on a children’s book about how to construct toy vehicles out of items from the rubbish bin. Since I am getting close to finishing the 75 items required for the book, I thought I would share a few of my creations with you. I have been using things I found in the garbage can, plus wooden hobby wheels, dowels, and paint from the craft store (although I think the wheels could be cut out of cardboard, and, in a pinch, straws or chopsticks could stand in for dowels). Any feedback would be appreciated!
A Drag Racer Made out of a Coat Hanger and some Cardboard
The book is part of the “Green and Groovy Crafts” series from Downtown Bookworks, which has already featured titles such as The Lonely Sock Club: One Sock, Tons of Cool Projects! and Boy-Made: Green & Groovy which are available at those online links and at finer bookstores around the nation. The theme of my book will be “Things that Go.” If the publishers like it, I am slated to make another one about how to create toy robots out of garbage!
The real shock of the project (other than realizing that 75 is a large number) is coming to terms with how much rubbish a household really produces. I regard myself as an environmentalist in the sense that I care deeply for the earth, its ecosystems, and the organisms that dwell there (although I feel that a great deal of the contemporary green movement is misguided in its philosophy and its ends). I don’t buy a lot of consumer goods (because they’re expensive and because many seem unnecessary). I cook rather than ordering take-out. I don’t even drive an automobile: when I go somewhere I take the train or walk. So, aside from the mixed-up-animal toys I design and produce (which are referenced in this post) I have always thought I have a fairly small ecological footprint.
A Helicopter made out of Cardboard, a Spool, and a Plastic Pod
Looking at all of the plastic bins, anchovy cans, milk cartons, syrup bottles, ointment jars, cups, rolls, bags, cans, bottles, and so on ad nauseum, that have showed up in my garbage certainly calls that view into question.
Anyway on to the rest of the pictures…. It has been fun to build a little society in miniature and my cat enjoyed stalking around the tiny vehicles and associated playscapes like she was Godzilla (you can see her there in a couple of the pictures). I’ll try to post some more images closer to when the book is due to come out and, naturally, I’ll tell you when that happens.
A Riverboat made from a Shoebox, a Peanut Can, a Clip box, and a Toilet Paper Roll
A Steam Roller Made of a Coffe Can, an Almond Can, and a Shoebox
A Buggy made from a Detergent Bottle and a Coat Hanger
A Viking Boat Made from Carboard and Chopsticks (notice my cat ready to maraud)
A Regional Jetliner made from Cardboard, Spools, a Clothes Hanger, and a Paper Towel Roll
A Locomotive (Soapbox, Corks, Toilet Paper Roll, and Cut-up Bottle) and Caboose (Shoe Box, Milk Carton, and Toilet Paper Roll)
A Playscape with Hospital and Fire House
An Old-Fashioned Hearse Made From Cardboard
ferrebeekeeper 