The Volokh Conspiracy
Mostly law professors | Sometimes contrarian | Often libertarian | Always independent
The History of Textiles Is the History of Human Ingenuity
But any sufficiently familiar technology is indistinguishable from nature.
I was flattered but also surprised when Eugene Volokh kindly invited me to contribute a week of guest posts, since my new book, The Fabric of Civilization: How Textiles Made the World, is not about the law. It examines the central role textiles have played in the history of innovation, from pre-history to the near future. Fortunately, Eugene and his fellow conspirators are as guided by intellectual curiosity as by legal reasoning, and mixing it up, he assured me, would make the blog "fun and eclectic."
In this post, drawn from the book's introduction, I start with an insight from the influential computer scientist Mark Weiser, writing in 1991. "The most profound technologies are those that disappear," he wrote. "They weave themselves into the fabric of everyday life until they are indistinguishable from it."
Do you see what he did there?
We hairless apes co-evolved with our cloth. From the moment we're wrapped in a blanket at birth, we are surrounded by textiles. They cover our bodies, bedeck our beds, and carpet our floors. Textiles give us seatbelts and sofa cushions, tents and bath towels, bandages and duct tape. They are everywhere.
But, to reverse Arthur C. Clarke's famous adage about magic, any sufficiently familiar technology is indistinguishable from nature. It seems intuitive, obvious—so woven into the fabric of our lives that we take it for granted. We no more imagine a world without cloth than one without sunlight or rain.
We drag out heirloom metaphors—"on tenterhooks," "tow-headed," "frazzled"—with no idea that we're talking about fabric and fibers. We repeat threadbare clichés: "whole cloth," "hanging by a thread," "dyed in the wool." We catch airline shuttles, weave through traffic, follow comment threads. We speak of lifespans and spinoffs and never wonder why drawing out fibers and twirling them into thread looms so large in our language. Surrounded by textiles, we're largely oblivious to their existence, and to the knowledge and efforts embodied in every scrap of fabric.
Cloth-making is a creative act, analogous to other creative acts. It is a sign of mastery and refinement. "Can we expect, that a government will be well modelled by a people, who know not how to make a spinning-wheel, or to employ a loom to advantage?" wrote philosopher David Hume in 1742. The knowledge is all but universal. Rare is the people that does not spin or weave and rare, too, the society that does not engage in textile-related trade.
The global story of textiles illuminates the nature of civilization itself. I use this term not to imply moral superiority or the end state of an inevitable progression but in the more neutral sense suggested by Mordecai Kaplan's definition: "the accumulation of knowledge, skills, tools, arts, literatures, laws, religions and philosophies which stands between man and external nature, and which serves as a bulwark against the hostility of forces that would otherwise destroy him." This description captures two critical dimensions that together distinguish civilization from related concepts, such as culture.
First, civilization is cumulative. It exists in time, with today's version built on previous ones. A civilization ceases to exist when that continuity is broken. Minoan civilization disappeared. Conversely, a civilization may evolve over a long stretch of time while the cultures that make it up pass away or change irrevocably. The Western Europe of 1980 was radically different in its social mores, religious practices, material culture, political organization, technological resources, and scientific understanding from the Christendom of 1480, yet we recognize both as Western civilization.
The story of textiles demonstrates this cumulative quality. It lets us trace the progress and interactions of practical techniques and scientific theory: the cultivation of plants and breeding of animals, the spread of mechanical innovations and measurement standards, the recording and replication of patterns, the manipulation of chemicals. We can watch knowledge spread from one place to another, sometimes in written form but more often through human contact or the exchange of goods, and see civilizations become intertwined.
Second, civilization is a survival technology. It comprises the many artifacts—designed or evolved, tangible or intangible—that stand between vulnerable human beings and natural threats and that invest the world with meaning. Providing protection and adornment, textiles are themselves among such artifacts. So, too, are the innovations they inspire, from better seeds to weaving patterns to new ways of recording information.
Along with the perils and discomforts of indifferent nature, civilization protects us from the dangers posed by other humans. Ideally, it allows us to live in harmony. Eighteenth-century thinkers used the term to refer to the intellectual and artistic refinement, sociability, and peaceful interactions of the commercial city. But rare is the civilization that exists without organized violence. At best, civilization encourages cooperation, curbing humanity's violent urges; at worst, it unleashes them to conquer, pillage, and enslave. The history of textiles reveals both aspects.
Every scrap of cloth represents the solution to innumerable difficult problems. Many are technical or scientific: How do you breed sheep with thick, white fleeces? How do you maintain enough tension to spin fibers together without breaking them? How do you prevent dyes from fading? How do you construct a loom that can weave complex patterns?
Some of the trickiest, however, are social: How do you finance a crop of silkworms or cotton, a new spinning mill, or a long-distance caravan? How do you record weaving patterns so someone else can duplicate them? How do you pay for textile shipments without physically sending currency? What do you do when the law forbids the cloth you want to make or use?
In the posts that follow, I'll concentrate on some of the institutions and practices—"social technologies"—that addressed these types of questions.
Editor's Note: We invite comments and request that they be civil and on-topic. We do not moderate or assume any responsibility for comments, which are owned by the readers who post them. Comments do not represent the views of Reason.com or Reason Foundation. We reserve the right to delete any comment for any reason at any time. Comments may only be edited within 5 minutes of posting. Report abuses.
Please
to post comments
Ms Postrel doesn't say it explicitly in this post (maybe she says it in the book?) but stated simply, culture and technology follows Lamarkian evolution. That is, while a giraffe stretching it's neck to reach higher branches over the course of its lifetime will not affect the length of her offspring's necks, a human who invents a ladder will pass ladder-building on to his or her descendents. Plus any other humans who may be watching.
This has two implications: one, it happens much more rapidly than Darwinian evolution and two, it can be destroyed in a generation.
That is, no matter what happens (save some serious mutations) our offspring will have opposable thumbs, binocular vision, and be able to walk upright. They will also have the ability to learn language. These are all baked into our DNA. But society, technology, etc. needs to be passed along socially.
I think this is why conservatives are so resistant to societal change - because culture and customs are actually quite fragile and can be erased or changed substantially in a generation or two.
Anyway, my thoughts this morning. Looking forward to reading more excerpts from the book.
Each adaptation offers an increase in speed in the search for more adaptive behaviors to the environment.
Slower to faster adaptation, generally:
1. Random stray neutrons and chemical copy errors.
2. Controlled re-juggling of genes for offspring.
3. Sexual reproduction.
4. Brain for learning behaviors (memes come alive as even faster change of behavior, and passed on separately from genes. We are two evolving streams of information now, no longer just DNA.)
5. More powerful brain that can figure things out rather than just learn from observex successful behavior.
2 and 3 are related but logically separate. 2 is probably the bigger increase. Sexual crossover would just introduce sharing potentially proven adaptations from two organisms rather than just one, while small size and other careful but cumulative changes would be an enormous change to rate of adaptation.
Yes and the reason for adaptation is homeostasis. In a sense, cloth is a shield against the eventual heat death of the universe.
This promises to be a fascinating series of posts.
I look forward to them.
I love these kinds of studies and books.
I was always sort of impressed that the Pharaoh was willing to recognize Moses with the evidence being a simple strip of "Hebrew" cloth.
Huh? I'm very familiar with the relevant chapters of Exodus and can't think what you're referring to.
Ha ha. Sorry I wasn't meaning to quote Exodus. I was referring to when Yul Brynner confronted Charlton Heston over being a Hebrew instead of a brother. 1956 Movie: Ten Commandments.
Apologies for being too obscure.
This sounds like an interesting subject! I'm looking forward to reading more.
This seems related to the observation that the history of technological progress is heavily dependent on materials science. As soon as a cool new material is invented or discovered, all these formerly impossible things become possible.
Denser and denser and smaller, and thus faster computer chips is dependent on new materials and "looms" capable of fabricating them on smaller and smaller dimensions.
Threadcount is vital to Intel and AMD!
Great exploration! On Thanksgiving my family brainstormed on things we take for granted, and my six-year old daughter mentioned clothes. Then we ran across Ms. Postrel's article on the Mayflower and how cost-prohibitive it would be to replicate original sail-making processes. It is often hard to imagine the scope of industrial progress in a handful of generations, but this helps.
This article provided me with a wealth of information. The article is incredibly helpful and offers some of the most useful information on textiles and how it evolved. Thanks for the wonderful post.
Regards,
Faze Three Limited