Ecstatic Economics I/9: Scarcity Is the Weather, Not the Climate
What physics, forests, and a suspiciously convenient myth can teach us about the nature of abundance
There is a forest in the Pacific Northwest that has been quietly making fools of economists for ten thousand years.
It doesn't mean to. It's just doing what forests do — growing, dying, decomposing, regenerating, and in the process producing somewhere between two and four times more biomass each year than any conceivable collection of organisms could consume. The trees don't ration their photosynthesis. The fungi don't charge rent for the mycelial network. The salmon that swim upstream, spawn, and die aren't invoiced for the nitrogen they deposit in the soil. The whole magnificent system runs on a logic of surplus — of generative excess — that would strike any introductory economics student as not just impractical but frankly irresponsible.
No scarcity. No competition for fundamentals. Just an almost embarrassing abundance of life making more life, endlessly, for free.
Now hold that image in your mind — the dripping, overproducing, extravagantly alive forest — and walk into almost any economics classroom in the world. Within the first fifteen minutes, you will be told, as though it were as obvious as the boiling point of water, that scarcity is the foundational condition of economic life. That there is not enough. That there will never be enough. That the entire project of economics is the management of insufficient resources among people who want more than exists.
One of these pictures is wrong.
Spoiler: it's not the forest.
The Most Consequential Sentence in Economics
"Economics is the study of the allocation of scarce resources among competing ends."
This sentence — or some variation of it — appears in virtually every introductory economics textbook ever written. Lionel Robbins formalized it in 1932. It has been taught to hundreds of millions of students since. Most of them absorbed it the way you absorb the grammar of your native language — not as a claim about the world that could be contested, but as the shape of the world itself.
It feels self-evidently true. Of course there isn't enough. Look at poverty. Look at hunger. Look at the housing crisis, the water wars, the scramble for lithium. Scarcity is everywhere you look.
But here is the thing about sentences that feel self-evidently true: they are the most dangerous kind. Because the feeling of self-evidence is your mind's signal that it has stopped checking.
Let's check.
The sentence says that scarcity is the foundational condition — the bedrock, the starting point, the given. What if it isn't? What if scarcity is real, but it's not foundational? What if it's more like weather — something that happens in particular places, at particular times, for particular reasons — laid over a substrate that is, at its physical and ecological root, characterized by something closer to the opposite?
That would change everything. Not in a naive, wishful-thinking way. In a rigorous, follow-the-physics way.
Let's follow the physics.
Lesson One: The Sun Doesn't Invoice Anyone
The Earth receives approximately 173,000 terawatts of solar energy every single day. This is roughly ten thousand times the total energy currently consumed by all human civilization combined. Every hour, the sun delivers more energy to the surface of this planet than humanity uses in a year.
Nobody owns this. Nobody manufactured it. Nobody is rationing it. It simply arrives, relentlessly, in quantities that would be described as obscene if the sun had any sense of proportion.
This is the thermodynamic substrate of your economic life. Every calorie you eat traces back to photosynthesis. Every barrel of oil is ancient sunlight stored in biological matter. Every gram of food ever grown, every kilowatt of wind power, every warm day that didn't require heating — all of it is downstream of a star that has been conducting what can only be described as the most extravagant free giveaway in the history of the solar system.
The universe, at this particular level of analysis, is not running a scarcity operation.
Now, this doesn't mean nothing is scarce. Fresh water in the Sahara is genuinely scarce. Fertile topsoil in a degraded agricultural region is genuinely scarce. The time of a skilled surgeon is genuinely scarce. Specific material constraints are real, and anyone who pretends otherwise is either confused or selling something. Planetary boundaries exist. The laws of thermodynamics are non-negotiable — energy disperses, entropy increases, nothing is free in the second-law sense.
But here is the crucial distinction that the standard economics framing collapses: there is a difference between specific, local, contextual scarcity and scarcity as the metaphysical ground condition of reality.
The first is a practical problem. The second is a philosophical claim — and a dubious one.
A drought is weather. It happens in particular places because of particular conditions: atmospheric patterns, watershed degradation, climate disruption, infrastructure failure. It is real and urgent and people suffer and die from it. But a drought does not mean the planet is fundamentally a dry place. The planet is, by any reasonable standard, spectacularly wet. Seventy percent of its surface is ocean. The water cycle moves roughly 500,000 cubic kilometers of water through the atmosphere every year. The drought is happening inside a system of radical hydrological abundance.
Scarcity, in most of the forms we actually encounter it, is the drought. Not the climate.
Lesson Two: What Forests Know About Economics
Back to the Pacific Northwest, because the forest really does deserve its moment.
An old-growth Douglas fir forest produces what ecologists call Net Primary Productivity — the amount of organic matter generated each year through photosynthesis — at rates that boggle the extractive imagination. A mature temperate rainforest generates roughly 800 to 1,200 grams of carbon biomass per square meter per year. In practice, this means the forest is constantly producing far more wood, leaf litter, seeds, fruit, and organic matter than the organisms living in it could possibly consume.
The "excess" doesn't go to waste. It falls. It decomposes. It becomes soil. The soil becomes the substrate for next year's production. Fungi break down dead wood and make its nutrients available to living trees. Dead salmon feed eagles, bears, and the forest itself. The whole system is a circulatory economy — not a hoarding economy, not a rationing economy, but a system in which surplus is perpetually recycled into the conditions for more surplus.
Ecologists have a term for this: net primary production exceeds net consumption. The forest makes more than it uses, systematically, as a structural feature of how living systems work.
This is not a special property of forests. It is a general property of healthy ecosystems. Prairies, coral reefs, wetlands, soil food webs — wherever you find living systems functioning at something close to their potential, you find not marginal sufficiency but exuberant excess. Life, when it is healthy, overproduces. It spills. It blooms past necessity. It fills every available niche and then invents new ones.
The logic of living systems is not the logic of scarcity. It is the logic of generativity.
Now, here is where things get interesting for economics: we are living systems. Human beings are not separate from nature, observing it from some Cartesian remove. We are, in the most literal sense, made of the same processes. Our bodies are powered by the same photosynthetic chain. Our creativity emerges from the same neural complexity that produces every other form of biological intelligence on this planet.
So why would the default assumption about human economic life be scarcity, when the default condition of the living systems we emerged from and remain embedded in is generativity?
This is not a rhetorical question. It has an answer — and the answer is uncomfortable.
Lesson Three: Scarcity Is Mostly Manufactured
Here is a short list of things that are scarce primarily because someone made them scarce:
Housing in expensive cities. The physical materials to build housing are not scarce. The labor to build it is not scarce. What is scarce is zoning permission — a regulatory artifact created and maintained by people who already own property and benefit from keeping supply low.
Medicines. The knowledge of how to make many life-saving drugs is not scarce — it exists and is documented. The drugs themselves are often cheap to manufacture. What is scarce is the legal right to manufacture them, created and defended by patent law — an artificial scarcity deliberately constructed to generate profit.
Food. The world produces enough calories to feed every person alive, plus roughly a third more. What is scarce is the political will and distribution infrastructure to ensure everyone can access it. Global hunger is not a production problem. It is a distribution problem. It is a politics problem. It is, at root, a scarcity that was chosen.
Money. In a system where money is created as interest-bearing debt, the total amount owed always exceeds the total amount in circulation. This guarantees that some percentage of people cannot pay their debts — not because they're irresponsible, but because the arithmetic makes it impossible. The scarcity of money is not a natural condition. It is a structural feature of a particular monetary architecture that was designed by people and can be redesigned by people.
Time. In the United States, the average full-time worker logs more hours per year than workers in virtually any other wealthy country and takes fewer vacation days than workers in most of the world. Americans work, on average, about 400 more hours per year than Germans. The physical hours in a day are fixed, but the felt scarcity of time is heavily shaped by cultural norms, labor laws, and the organization of work — all of which are human constructions.
None of this means manufactured scarcity isn't real or doesn't cause real suffering. It absolutely does. But manufactured scarcity has a radically different implication than natural scarcity. If scarcity is natural, inevitable, and foundational, then the only question is how to manage it — who gets how much, on what terms. But if scarcity is mostly manufactured, then the interesting questions are different: Who manufactured it? Why? Who benefits from the manufacturing? And what would happen if we stopped?
This is where the analysis gets genuinely radical, in the original sense of that word: going to the root.
The Convenient Myth
Let us ask a blunt question: if scarcity is mostly a local, manufactured condition laid over a substrate of genuine abundance, why does virtually every mainstream economic text treat it as a law of nature?
One possible answer is simple intellectual error — a case of early economists observing real scarcity in particular historical contexts (early industrial England, say, which was genuinely brutal) and generalizing it into a universal principle. This happens in science all the time. You see what's in front of you and mistake the view for the truth.
But there's another possible answer, and intellectual honesty requires us to at least consider it: the myth of universal scarcity is extraordinarily convenient for people who control resources.
If there isn't enough — if scarcity is the bedrock of reality — then it follows that:
Competition is not just natural but necessary
Inequality is not a policy failure but an inevitable outcome of some people being more capable at competing than others
The accumulation of vast wealth by a small number of people is not a dysfunction but a feature
Anyone who can't make ends meet must lack the competitive drive to deserve abundance
The scarcity myth doesn't just describe an economic condition. It provides moral cover for an enormous concentration of resources in very few hands. It converts a political arrangement — one that benefits specific people in specific ways — into a natural law that admits no challenge.
This is not a conspiracy theory. It doesn't require anyone sitting in a room deciding to propagate the scarcity myth for personal gain (though some people certainly do). Cultural myths don't need central management. They persist because they serve the people with the most power to perpetuate them, and they get woven so deeply into the fabric of ordinary thought that questioning them starts to feel like questioning gravity.
But it is worth noticing — with clear eyes and a certain amount of dry amusement — that the people most insistently telling you it's raining are, on the whole, the ones who own the umbrellas.
The Psychology of Manufactured Rain
Now we need to bring this into the body, because the scarcity myth doesn't just live in textbooks. It lives in your nervous system.
This is the part that doesn't get talked about enough in economics — the fact that a belief about resources can restructure your psychology from the inside out. Scarcity, it turns out, doesn't just describe a condition. It creates one. When you believe the pie is fixed and shrinking, you start behaving in ways that make the pie smaller. And this is not a character flaw. It is a documented feature of how human cognition responds to perceived threat.
Researchers Sendhil Mullainathan and Eldar Shafir spent years studying what they called the scarcity mindset — the cognitive state that emerges when people believe they don't have enough of something critical, whether that's money, time, food, or social belonging. What they found was striking: the experience of scarcity literally narrows attention. It creates what they called a tunnel, focusing the mind intensely on the immediate deficit while dramatically reducing cognitive bandwidth for everything else. Long-term planning degrades. Creativity contracts. The ability to notice opportunity outside the tunnel dims almost to nothing.
In other words, believing you are in scarcity makes you worse at getting out of it.
This is the trap within the trap. The scarcity myth doesn't just misrepresent reality. It manufactures the psychological conditions that make scarcity feel more real, more permanent, and more inevitable than it actually is. It is, if you want to be precise about it, a self-fulfilling prophecy with extraordinary cultural staying power.
And here is where it gets really interesting: the opposite is also true.
Studies on what psychologists call abundance mindset — the working assumption that there is enough, that collaboration expands what's available, that one person's gain doesn't require another's loss — consistently show improved creativity, greater risk tolerance, more generous behavior, and stronger social bonds. People operating from abundance are, on measurable dimensions, more effective, more innovative, and more connected than people operating from scarcity. They also tend to generate more actual resources, because they're willing to invest, share, and experiment rather than hoard and defend.
The mindset is not just a feeling. It has material consequences.
Which raises a question worth sitting with: what kind of economy would we build if we started from the premise that the substrate is generative? Not naively — not pretending that specific constraints don't exist, that thermodynamics is optional, that you can have everything you want with no trade-offs. But genuinely, rigorously starting from the observation that the living system we inhabit is fundamentally characterized by excess, by creativity, by the tendency to produce more than it needs — and asking what economic arrangements would best express and sustain that reality?
We haven't really tried that. We've been too busy agreeing it's raining.
What an Abundance-Substrate Economy Actually Looks Like
Here is where this stops being merely critical and starts being generative — which is, of course, the point.
If the substrate is abundance, and scarcity is mostly local and manufactured, then the design challenge for economic systems is not primarily how do we manage insufficiency? It is: how do we keep circulating what we have? How do we prevent the artificial blockages that create drought conditions inside a hydrologically abundant planet?
This reframe produces a very different set of economic priorities.
Flow over hoarding. The forest doesn't accumulate. It circulates. Dead matter becomes soil becomes tree becomes fallen log becomes fungal network becomes nutrient cycle. The value in a living system is in the continuous movement of resources through the whole, not their concentration at any node. An economy designed around this logic would be deeply suspicious of accumulation — not on moral grounds alone, but on systems grounds. A dam is fine until it starves the downstream ecosystem. The pathology of extreme wealth concentration is not just unfair; it is ecologically illiterate. It is a structural dam in a system that needs to flow.
Regeneration over extraction. The forest's surplus comes from regenerative processes — processes that actively restore the conditions for future production. The forest isn't eating its capital. It's composting it. An extractive economy, by contrast, treats the underlying system as a resource to be mined rather than a process to be tended. It is, in biological terms, eating its own seed stock. This works until it doesn't, and then it collapses in ways that are expensive, painful, and entirely predictable. The move from extraction to regeneration is not idealism. It is long-term self-interest rigorously applied.
Cooperation as the default mode. The forest's abundance is fundamentally cooperative. The mycelial network doesn't benefit one tree at the expense of others — it benefits all of them by connecting them. The salmon don't compete with the trees; they feed them. Mutualism is the structural genius of the whole arrangement. Human economic systems have been built primarily around competition, which works tolerably well in narrow markets under specific conditions but scales badly and produces predictably extractive results at the level of whole societies. An economy designed around cooperation — worker ownership, commons-based production, open-source knowledge, gift economies for non-rivalrous goods — is not soft. It is structurally aligned with how living systems actually generate surplus.
Sufficiency as the design target, not growth. This is perhaps the most counterintuitive point in a culture that has treated growth as an unquestioned good for two centuries. But the forest isn't trying to grow forever. It reaches something like a climax state — a dynamic equilibrium of maximum complexity and resilience — and then it maintains that state, cycling nutrients and energy in ways that are stable over very long time horizons. Growth in living systems is a phase, not a permanent condition. An organism that keeps growing indefinitely is not thriving. It has cancer. The goal of an abundance-substrate economy is not maximum growth but maximum aliveness — richness, complexity, resilience, creativity, the ability to respond to disruption and keep generating.
None of these are utopian pipe dreams. They are design principles, and they are all being practiced somewhere right now — in worker cooperatives, in open-source software communities, in regenerative agriculture operations, in time-banking networks, in community land trusts. The experiments exist. What they lack, mostly, is the cultural legitimacy that comes from having the foundational story right.
The Story Beneath the System
Every economic system runs on a story. The story is not decoration. It is load-bearing infrastructure.
The story underlying mainstream economics goes roughly like this: human beings are fundamentally self-interested agents operating in a world of permanent scarcity, competing rationally for insufficient resources, with markets as the mechanism for sorting out the winners from the losers in a way that, more or less, optimizes collective welfare.
This story has produced extraordinary things — industrial productivity, technological innovation, global trade, the elimination of some forms of absolute poverty. It would be dishonest to pretend otherwise.
But it has also produced ecological overshoot, extreme inequality, the commodification of practically everything that makes life worth living, and a pervasive cultural sense of not-enoughness that haunts even the wealthiest societies on earth. The United States, the richest country in human history, is experiencing epidemic levels of loneliness, anxiety, depression, and despair. You can have everything the scarcity story promised and still feel like there isn't enough — because the story colonizes your interior life as thoroughly as it shapes your institutions.
The story is the problem. And stories can change.
The alternative story — the one grounded in the physics of solar abundance, the ecology of generative living systems, and the psychology of cooperative human behavior — goes something like this: we are living systems embedded in a living system, drawing on an energetic substrate of genuine abundance, with the capacity to generate more value through cooperation than through competition, and the primary economic challenge is not managing scarcity but maintaining the conditions of flow, regeneration, and shared access that allow abundance to circulate.
This story is also not complete. No story is. It has its own blind spots and will require its own revisions. But it starts from the forest rather than from the prison yard, and that starting point matters more than almost anything else in determining where you end up.
So: Is It Raining?
Let's come back to the weather.
It rains sometimes. Real droughts happen. Real constraints exist. The second law of thermodynamics is not going anywhere. Anyone who tells you that abundance thinking means pretending limits don't exist is selling you something, and the thing they're selling probably has a very high markup.
But here is what is also true: the planet you live on receives enough solar energy every hour to power human civilization for a year. The living systems that built the conditions for human life over billions of years are characterized by generative excess, not by managed insufficiency. The scarcities you experience most acutely — of housing, medicine, food, money, time — are mostly manufactured, by specific design choices that serve specific interests, and they can be unmade by different choices.
The rain is real. The rain is not the climate.
The climate — the deep, structural, physical truth of the world you inhabit — is abundance. Specifically: an abundance that flows, that cycles, that generates more life from the composting of the old, that works through cooperation rather than hoarding, and that does best when it is tended rather than extracted.
You were born into a forest. Someone handed you an economics textbook on the way in and told you it was a desert. The textbook is not without value — it describes real weather patterns with some accuracy. But it has confused the weather report for the geography. It has mistaken the drought for the planet.
The interesting work — the work of designing economies worthy of the living systems they are part of — begins with getting the geography right.
The sun is still up there. It is still giving everything away for free.
It has never once invoiced a tree.
