In one of his shortest but densest chapters, “On weaving a basket,” Tim Ingold challenges Marx’s famous distinction between human making and natural growth. Marx claimed even the worst architect beats the best bees because architects design mentally before building. But artisans say they start with one line and it grows from there. If there’s no blueprint in DNA for perfect honeycombs or spiral shells, why assume culture works like mental designs?
Marx’s Distinction
Karl Marx famously concluded: “What from the very first distinguishes the most incompetent architect from the best of bees, is that the architect has built a cell in his head before he constructs it in wax” (340). (For how Engels extended this argument to celebrate domestication as humanity’s transcendence of nature, see Making, Growing, Raising.)
A honeycomb is an engineering marvel—hexagonal cells of perfect symmetry requiring sophisticated construction. Yet we assume bees accomplish this through instinct alone, with tiny brains incapable of genuine thought or planning.
The standard model claims that however beautiful natural creations (honeycombs, webs, shells) might be, they issue from biology—DNA blueprints. However crappy human creations might be, they come from ideas and mental activity—mental blueprints. Natural equals DNA blueprint leading to growth. Cultural equals mental blueprint leading to making.
Ingold’s challenge: “The difference between making and growing is by no means as obvious as we might have thought” (339).
Gastropod Shells and Coiled Baskets
Ingold compares a spiral gastropod shell with coiled basketry (page 343). Look at our assumptions:
For the spiral shell, we assume it’s inherited through genes as a product of natural selection that resides in DNA. The blueprint exists in advance of the organism. For coiled basketry, we assume it’s inherited through tradition as a product of cultural selection that resides in the head of the practitioner. The blueprint exists in advance of making.
“Thus it is supposed that the basic architecture of the organism is already established, as a genetic ‘blueprint,’ from the very moment of conception; likewise the artefact is supposed to pre-exist, fully represented as a ‘virtual object’ in the mind, even before a finger has been lifted in its construction. In both cases the actualization of the form is reduced to a simple matter of mechanical transcription: all the creative work has already been done in advance, whether by natural selection or human reason” (343).
Same teleological assumption for both: predetermined outcomes, just different origins (DNA vs culture).
“I Do Not Deny…”
Ingold concedes—sort of: “I do not deny that the basket-maker may begin work with a pretty clear idea of the form she wishes to create” (342).
You probably have a great idea for a basket you’d like to make right now. I certainly do. Beautiful basket, perfectly formed.
But—and this is crucial—the form is not the direct product of that idea. If I tried to make my imagined basket, it would be a complete disaster. A mess. Why? I lack the materials, the engagement, the skilled movement.
The basket “comes into being through the gradual unfolding of that field of forces set up through the active and sensuous engagement of practitioner and material. This field is neither internal to the material nor internal to the practitioner (hence external to the material); rather, it cuts across the emergent interface between them. Effectively, the form of the basket emerges through a pattern of skilled movement, and it is the rhythmic repetition of that movement that gives rise to the regularity of form” (342). Ingold develops this insight further in Thinking is Atmospheric, showing how thinking itself extends through materials and correspondence rather than operating as cognitive machinery.
So I may have a great basket idea, but without skilled movement, I got nothing.
Franz Boas & Technical Skills
Ingold draws upon Franz Boas and his book Primitive Art. Boas was not trying to downgrade the art here. He was actually one of the people most interested in observing people in their technical and artistic capacities—people who had basically been excluded from the world of art and technique. (For more on Boas’s challenge to evolutionary thinking, see Origins of Anthropological Fieldwork.) Boas was interested in coiled baskets, very much admiring the technical and artistic skills of others from early on.
No Blueprint for the Shell
Ingold challenges the DNA-as-blueprint metaphor for shells (drawing on biologist Brian Goodwin).
Consider: When you drain a bathtub, water spirals down. Does that spiral need a blueprint? It’s just physics—the form emerges from the process. There’s nothing DNA about that. There’s no idea that can be in the bathwater. If you put your hand in, you can change its direction. But that’s because of the physics of the thing more than any sort of design.
Gastropod shells spiral left or right based on genetics, but that’s more like an on-off switch than a complete design specification. “The direction of the spiral is controlled by the products of a particular gene just as the direction of the spiral vortex in bathwater is controlled by the intentional movement of your hand. But—and this is the crucial point—the form of the shell is no more the product of a genetic programme than is the form of the vortex the product of a design in your mind” (344).
Genes “set the parameters of the process but do not prefigure the form” (345). “There is, in short, no design for the spiral of the gastropod shell” (344).
The Information Problem
Engineer Michael French asks: How much information would you need to completely specify an organism’s form in advance? His conclusion: “The amount would be unimaginably large, far beyond what could be coded in the DNA of any known life-form” (344).
It’s not just organisms. Even human engineering achievements pale in comparison. “The steam locomotive, as French wryly observes, ‘is simplicity itself compared with the intricacies of the buttercup'” (344).
If you can’t encode a complete buttercup blueprint in DNA (and you can’t), and you can’t encode a complete steam locomotive blueprint in human design (and you can’t), then forms must be “significantly underdetermined by their underlying blueprints” (344). Many features of both organisms and artifacts might be “merely accidental, due to chance, revealing not the designs themselves but their limitations” (344).
Generative Principles, Not Copying
If there’s no mental blueprint for baskets and no DNA blueprint for shells, what accounts for persistence of form over time? Why do shells keep being shells and baskets keep being baskets?
Not through copying (genetic or cultural). Through generative principles embedded in material conditions of production. For the shell, the principle is one of invariant proportion—through simple iteration, this principle always generates a logarithmic spiral. For the basket, the principle is that every increment of longitudinal extension is coupled to what came before by transverse attachment. This principle reliably generates an equiangular spiral.
“It is these generative principles, and not the fidelity of genetic or cultural copying, that underwrite the constancy of the respective forms, and explain their persistence over immense spans of both historical and evolutionary time” (346).
Stability comes not from faithful replication of blueprints but from principles operating through materials and skilled movement.
From Making to Weaving
Ingold shifts emphasis from making (implies predetermined form executed) to weaving (implies ongoing process).
Artifacts are “the embodiment of a rhythmic movement” (346). Or as one of my students once put it: “The artefact is a crystallized embodiment of activity. Which is freaking awesome.”
“Weaving continues for as long as life goes on—punctuated but not terminated by the appearance of the pieces that it successively brings into being” (348).
The basket isn’t the endpoint. It’s a momentary congealing of an ongoing process. The weaving continues.
Only If We Are Capable of Weaving
The chapter’s conclusion echoes Heidegger from Chapter 10 (Building, Dwelling, Living). Heidegger said: “Only if we are capable of dwelling, only then can we build.” Ingold says: “Only if we are capable of weaving, only then can we make” (348).
We don’t make baskets from mental blueprints any more than bees make honeycombs from DNA blueprints. We weave—engage materials through skilled movement—and forms emerge from that process.
Ingold returns to basketry in his later work The World in a Basket, using it to critique how we’ve lost craft knowledge and generational continuity—proposing we “basket the curriculum” rather than merely add basketry to it.
Why This Chapter Matters
Chapter 18 dissolves the nature/culture divide from a different angle than earlier chapters. It challenges DNA-as-blueprint (biology) and mental-design-as-blueprint (culture), showing both rely on the same teleological assumption of predetermined form. It reveals that both organisms and artifacts emerge from generative principles operating through materials, and shifts our understanding from making (execution of design) to weaving (ongoing skilled engagement).
The implications extend beyond baskets: If DNA doesn’t blueprint organisms and mental designs don’t blueprint artifacts, then what accounts for stability of forms? Generative principles embedded in material conditions and skilled practices—not copying, not replication, but rhythmic repetition of movement within fields of forces.
We are not executing blueprints. We are weaving, and forms crystallize from that weaving process. Marx was wrong about architects and bees. Neither works from blueprints. Both engage materials through process, and forms emerge from that engagement.
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