Moana, Complacency, and the Enduring Appeal of Steady-State Economics

Even a cursory reading of Disney’s Moana suggests that it is built around a not-so-Straussian story of complacency and risk-taking. (Now try listening to it on repeat for a year because your four year-old loves it, and it starts to take on, like, layers, man.) Moana’s island is both a rich source of happy subsistence and under threat from a mythological enemy that seems like a clear metaphor for overfishing. Thus she constantly struggles with a desire for exploration that she feels duty-bound to discipline, and yet her failure to be dutiful is ultimately the salvation of her people as she learns to navigate the dangerous oceans beyond the safe harbor of the island.

You can find happiness right where you are

Like many Disney films, the ordinary storyline tells the fantasy story in reverse: in the ordinary A-story we see a culture suffering from stagnation and accepting the need for new discoveries and risks. In the supernatural B-story we see that the trickster god’s risk-taking is to blame for misfortune, and human piety is required to achieve a mythical overcoming of divine vengeance and the rejection of creativity and innovation in the name of divine–but soporific!–fecundity.

In the A-story, a group of Pacific Islanders end their nomadic wayfaring to settle in a reef-protected idyll that promises them a flourishing steady state. They develop traditions and rituals that ensure stability with minimal growth, which includes communal ownership of the means of subsistence, as well as rites of cultural passage that refuse innovation:

“Who needs a new song? This old one’s all we need.”

Yet this steady state is itself the result of great innovations: for instance, the villagers of Motunui have discovered uses for every part of the coconut tree and the taro root. And one of those innovations–fishing nets from the coir fibers of the coconut–threatens to deplete their local fishing stock. Over a long enough period the island has become unsustainable, slowly growing beyond its own carrying capacity. Yet the current chief, Moana’s father Tui, can’t see the need to return to their wayfaring traditions because he was traumatized as a child by going beyond the reef with a friend, who died in the unprotected waters. Moana’s rebelliousness thus finally meets with her  obligations as the future chief, and so she ventures out beyond the reef on her own to learn Pacific Ocean navigation techniques.

The B-story stars the trickster god Maui, who once stole the heart of a maternal creator god, Te Fititi, in order to grant her life-giving powers to humanity in the form of divine creativity and innovation. The care-giving Te Fititi is thus transformed into the vengeful volcano god Te Ka, who–thousands of years later–is blamed for the shortages on the island of Motunui. The B-story resolves when the heart of Te Fititi–the power of creativity–is returned to Te Ka by Moana, and Te Ka’s desire for vengeance is sated: restored as Te Fititi she becomes so complacent she literally returns to sleep. Here it is the desire for risk-taking and innovation that causes trouble, and the supernatural resolution comes from eschewing novelty for tradition.

Moana’s first encounter with Maui depicts him as coasting on the laurels of his earliest accomplishments (creating the sky, sun, and wind; inventing or discovering coconuts; stealing humanity fire like Prometheus) while trapped in a cave. Moana doesn’t appreciate these ancient achievements and demands that Maui return the heart of Te Fititi, launching a few picaresque adventures. Maui eventually teaches Moana wayfinding for the A-story, but along the way, Moana and Maui go to the realm of monsters to steal Maui’s magic shapeshifting hook from a giant crab named Tamatoa, another figure of complacency, who has mastered the art of fish attraction so completely he doesn’t need to do any work to feed, they just pour right into his mouth.

The stories thus resolve with the sacrifice of cosmological creativity in the name of mundane risk-taking: the volcano/nature goddess goes back to sleep, making it safe for the islanders to take moderate risks to navigate to new islands. The Motunuians political economy is shown its way to a new equilibrium steady state, nomadically moving from island to island in order to avoid depleting the resources of a single place.

Complacency, Stagnation, and the Duty to Grow

In a recent triptych of books, Tyler Cowen has been exploring a kind of generic theory of political economy that appeals to me. In The Great Stagnation (recall), Cowen argued that many of our recent economic woes were due to discovering that much recent growth had been illusory. In Average is Over, he argued that current long-run trends are all pushing towards increasing inequality. And in his most recent book, The Complacent Class, he spins the story of decreasing innovation and increasing concentrations of wealth as related: too few comfortable people are taking the risks that would lead to the next big economic (or political) revolution which would be disruptive enough to lead to major increases of overall wellbeing. (In a sense this is really a tetraptych because his free ebook of meta-ethics, Stubborn Attachmentsargues along the same lines that we have serious obligations to future generations to continue innovating.)

So: Cowen thinks most of our biggest economic problems are due to a lack of growth and invention. That’s not to say that the pace of novelties is decreasing, but just that few of these novelties are truly innovative in ways that would substantially change the quality of our lives. Computers seem like a big deal, but they haven’t been that big. They haven’t fundamentally changed the way our lives work as much as, say, the washing machine did. Norman Borlaug won the Nobel Peace Prize for saving a billion people from starvation. Mark Zuckerberg just gave billions of people a distracting website where we can fight about politics and look at cute animal pictures. If someone masters self-driving cars and trucks, maybe that will be the kind of disruptive, physical economy shift Cowen says we are morally obligated to pursue.

But we’re complacent, see? We don’t take those kinds of risks anymore. We make off-color Twitter jokes, or rap musicals about the founding fathers, when we should be moving mountains. Elon Musk is a genius, and a weirdo, and a comic book villain, because that’s what it takes to start a new car company, send rocketships to space, and redesign the electrical grid around solar power. The rest of us don’t do that kind of thing because we don’t like risks. We don’t even move out of town for new jobs as much as we used to do.

If you buy Cowen’s argument in Stubborn Attachments then we actually have a kind of limited obligation to try to innovate, because compounding innovations are what will make the future better off than the present. (In philosophy we talk about this as the “intergenerational justice” question, or under the heading of John Rawls’ discussion of the “just savings principle.”) We are ourselves massive beneficiaries of past generations’ efforts to store up for their posterity the technological and artistic achievements of their own and previous epochs. We owe the future the same.

Cowen even bites the bullet in arguing that we should be wary of making prioritarian investments in the poorest or most needy members of the current generation if they come at the expense of slowed discovery and invention. (Often these goals are not at odds, but when they are….) But he’s clear that the bourgeoisie are the real problem, insofar as we bask in our current quite high standards of living without taking the risks that could lead to greater growth. For the most part, then, Cowen’s target is not the poor but the well-off.

The Steady-State Economy

Whenever I teach environmental policy or ethics courses, we spend some time with arguments like that of William Ophuls or Herman Daly or Wendell Berry. I’ve probably taught Garrett Hardin’s “Tragedy of the Commons” essay once or twice a year for more than a decade. There’s even a utopian novel, Ecotopia, depicting a California that has seceded and voluntarily created a non-growth economy (with a dash of hippy free love that eventually sways the uptight unreliable narrator.) The gist of the arguments all boil down to this: perpetual physical growth is impossible on a finite planet. Too many humans, living too good a life, will eventually exceed the carrying capacity of the Earth. Or perhaps even worse: we’re already there! Life as the American middle class is unsustainable and will lead to our destruction.

So we need to either find our way to new planets or learn to live within the planet’s means. And given the near-impossibility of terraforming within our solar system, we might as well get used to the idea that economic growth cannot continue forever *now* and work to arrest it. The parts of our political economy that are addicted to growth need to be reined in, and that’s most of them. Apparently we need more farmers and fewer philosophers; more plumbers and fewer petroleum engineers.

Depictions of the steady state economy usually emphasize more egalitarian and communal cultural mechanisms. But my sense is that steady states usually depend on strict deference for authority and a lack of disruptive mobility. Abilities vary, but roles are assigned (as Moana’s is) by birth. What marks out stable societies is a clearer connection between cultural prestige, political power, and economic privilege. I think that’s part of the appeal that steady state political economy holds for cultural elites in particular; a community where our mastery of the seminar room will be rewarded with attendant power and wealth, and we won’t have to defer to stockbrokers who got rich by taking big risks with other people’s money. (I always associate this critique with Lynn Sanders’ “Against Deliberation” but there are other sources for this insight, including Karl Marx himself.)

The problem is that infinite growth does look impossible on a finite planet. Certainly we can sustain a little more growth, at least for a while. But the obligation to future generations may be to waste less electricity on Bitcoin mining and spend more time fighting for adequate policy responses to climate change! While Cowen might not disagree with those priorities, he certainly doesn’t seem to think that growth (understood as innovations and discoveries and cultural production) is limited. We’re not getting closer to any recognizable ceilings, for the simple reason that there are still diseases to be cured, technologies to be invented, and novels to be written. Even the rap musical about America’s first Treasury Secretary is still unfinished!

This is how I think about the error of the steady-staters: that they assume the old model of growth, where production and consumption occur primarily in terms of linear increases in resource use. This is what we measure, kind of, with GDP. But some kinds of innovation and invention are different: they create lots of value for lots of people without really costing a lot. A pill saves a life, and it only costs fifty cents to make; the pharmaceutical company will register some of those gains as profits contributing to GDP, but then the patent will expire, and it’ll SEEM like stagnation. But in fact, it’s a permanent increase in our shared wealth. More people live, but they live for cheap. (There are ways that this is supposed to be captured by the surviving worker’s productivity and the fall in drug prices is supposed to impact inflation measures, but it’s imprecise.) Growth is a misnomer: creating new things and ideas and experiences is the good bit. And there’s no reason to stop.

Aue aue
We are explorers reading every sign
We tell the stories of our elders in a never-ending chain

Aue aue
Te fenua, te mālie
Nā heko hakilia
We know the way

8 thoughts on “Moana, Complacency, and the Enduring Appeal of Steady-State Economics”

  1. Interesting piece and well-presented. I would only challenge the premise of the ‘finite planet’. I liken it to the (albeit apocryphal) quote from the US Commissioner of patents in 1899 that “everything that can be invented has been invented”. Arrogant are we that believe we have reached the limits of our known universe. For example, think about fusion power and quantum computing technologies that could fundamentally alter the landscape, economically and otherwise. My guess is that humankind has quite a ways to go in its evolution- to quote another children’s movie: “to infinity, and beyond!”.

  2. From my review of “Moana” in Taki’s Magazine:

    Perhaps the best analogue so far in human history to settling the galaxy has been the Polynesians’ audacious colonization of the far-flung islands of the Pacific. They repeatedly escaped the Malthusian trap by expanding their territories. Unusually for humans, sometimes they didn’t even have to steal their acquisitions from anybody else.

    When Mediterranean sea captains began to venture into the Atlantic at the beginning of the Renaissance, they found that most of the small number of islands were uninhabited. The Vikings had settled Iceland, and Stone Age Berbers were living on the Canary Islands, but desirable islands such as the Azores and Madeira were still empty.

    Yet when 16th-century Europeans reached the much wider Pacific, it was difficult to find an island that wasn’t already densely populated. Even remote Pitcairn Island, where the mutineers on the Bounty found refuge, appears to have been previously settled by Polynesian mariners.

    Over the past half century, Western researchers, such as U. of Hawaii anthropologist and space scientist Ben Finney, have sponsored a revival of traditional islander talents at wayfinding from one known point to another.

    But that still leaves the question of how the Polynesians discovered unknown islands. Presumably they followed birds and studied hints in the clouds and ocean swells?

    In Moana, the prehistoric Polynesians have pioneered deep into the Pacific to islands such as Tonga and Samoa, only to have then settled down and turned their backs on the sea. Musker explains, “For thousands of years, they were great voyagers; and then there’s a thousand-year pause where they didn’t voyage.”

    Suddenly, the Polynesians regained their dynamism and settled a vast triangle of the Pacific almost 5,000 miles per side, from New Zealand to Easter Island to Hawaii, with Tahiti in the middle as the jewel in the crown.

    To fancifully explain both the Polynesian pause and their subsequent second golden age of exploration, Clements and Musker have concocted a children’s story out of scraps of Pacific mythology.

  3. Excellent post. Also on the “finite planet” position… There are quantitative improvements and qualitative improvements. The quantitative deal with, in the end, how much resources and energy we use, but the qualitative deals with how well we use resources. There are more ways to organize 52 cards than there are atoms in the universe. The most important thing isn’t the sheer amount of energy we use, it is how well we organize and use it.

    As energy or resources become more scarce, the economics of innovation will increasingly reward qualitative improvements.

    It takes as much energy to simulate a virtual Hell as a virtual heaven. But qualitatively they are complete opposites. Those suggesting intrinsic limits to progress are failing to look at the bigger picture.

    1. Thanks for this. My sense is that it takes energy to organize (cards or whatever) and that this has economic implications as well as being a generic claim about information and entropy. (We use material incentives, material incentives create a rough correlation between quantitative and qualitative improvements, etc.) Thus the non-linear growth would have to be sort of like compression algorithms, getting more optimization for less calculative effort. (And at some point this stops being merely theoretical and we’d have to talk about which technologies do what: moving atoms v. social coordination, etc.)

  4. Imagine if people had to perform 100 push-ups before they purchased anything. What impact would this have? It would greatly increase the cost of trade. In other words, it would greatly increase the cost of communicating the usefulness of things. People would far less frequently communicate the usefulness of things, so everybody would be far less informed about the usefulness of things, and everybody would make far less useful decisions. The result would be far less progress.

    Walking upright is kinda like doing less pushups before trading.

    Using horses is kinda like doing even less pushups before trading. The earliest native Americans didn’t have horses. Therefore… ?

    Taxpayers are prevented from using their own tax dollars to signal the usefulness of goods supplied by the government. Therefore… ?

    Life is synonymous with colonization. Colonization is nature’s mandate. Because, species that aren’t adequately diversified generally don’t stick around very long. The sooner people recognize the correlation between trade and progress, the faster we’ll colonize the stars.

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