Apache Netbeans Guest Blog Edward M Kagan

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-Apr 6, 2026, 4:12 AM

apache netbeans guest blog edward m kagan

Tags Agrarian Capitalism, Civilizational Unraveling, Climate Tipping Points, Ecological Macroeconomics, Energy Geopolitics, Fertilizer Shock, Financialization Of Scarcity, Food System Fragility, Imperial Core And Periphery, Just-In-Time Collapse, Long Emergency, Metabolic Rift, Nitrogen Economy, Overshoot And Limits To Growth, Planetary Boundaries, Political Demography Of Hunger, Slow Violence, Strait Of Hormuz, Systemic Risk And Cascade Failures, War And Food Security The Year the Buffer Ran Out A few years ago, the scientists who coined the idea of planetary boundaries updated their scorecard and basically stamped “OVERSHOOT” on seven out of nine dials.

The climate boundary? Breached. The biodiversity boundary? Smashed. Land‑system change, freshwater, nutrient cycles, chemical pollution? All outside the “safe operating space” that was supposed to keep this civilization from wobbling into something less cooperative. Only ocean acidification and stratospheric ozone were still technically inside the lines, and even that felt temporary. The climate crowd, for their part, quietly retired the fantasy that we might “avoid” 1.5 degrees of warming.

Now the respectable position is that we will transgress it—briefly, tastefully, like a banker wandering into the wrong neighborhood—before using as‑yet‑unbuilt technologies and quixotic policies to nudge the thermostat back down. In the background, modelers talk about tipping points: Greenland’s ice sheet, the Amazon rainforest, the Atlantic overturning circulation, coral reefs. Most of those papers come with the same soothing phrases: there is “still a window” to keep the risks “manageable.” Then the window closed on at least one of them.

The first real climate tipping point we actually hit was not a Hollywood ice‑shelf collapse but the quiet, near‑irreversible death of most warm‑water coral reefs. A slow fade in color, a cascade down food chains, and an unceremonious downgrade from “critical ecosystem” to “regrettable loss” in the global risk report. None of this was treated as an emergency. It was treated as a footnote to “business as usual.” Now, into this already‑blown buffer, we have decided to fire a war.

Not just any war, but one on the chokepoint that feeds the world. We have taken a conflict over power projection and regional hegemony and positioned it directly on top of the artery that feeds the nitrogen habit of modern agriculture. We have closed, half‑closed, or at least spectacularly booby‑trapped the Strait of Hormuz, and then feigned surprise when the shock waves propagated from oil to gas to fertilizer to food.

You do not get to call that “a bad year for farmers.” Not when you do it on a planet that has already spent its metabolic slack. Epic Fury Meets the Nitrogen Century The honest way to describe what’s happening in and around Iran is to admit that we have turned the single most important maritime chokepoint of the fossil era into a live‑fire demonstration of what it means when ‘just‑in‑time’ finally runs out. Hormuz was never just about oil. It was the exhaust pipe of the nitrogen century.

The story is simple enough. Take cheap gas in the Gulf. Run it through ammonia plants and urea granulators. Load the resulting white powder onto bulk carriers. Send it through that narrow strip of water past Iran’s shoreline to India, Brazil, East Africa, Southeast Asia, the U.S. Gulf. Turn gas into calories by way of the Haber‑Bosch process and a few shipping lanes.

Call the result food security, and hope no one notices that you have hitched the fate of billions to a corridor you can cover with a child’s thumb on a map. Epic Fury breaks that illusion.

You cannot bomb refineries and export terminals, threaten tankers, yank insurance, and then pretend the only relevant metric is how many Iranian barrels are “off the market.” The same drones that light up an oil storage farm also light up the financial model of every farmer trying to decide whether to buy nitrogen this season. The same closure threat that diverts LNG cargoes also chills shipments of ammonia, urea, and sulfur. The straight line from Kharg Island to a field in Illinois or Punjab is not metaphorical.

At the far end, it arrives as a load of nitrogen and a farmer doing the math on what to starve: the soil or the family budget. We are very good at tracking one end of this chain. Analysts appear on television to explain how many millions of barrels per day are disrupted, how many dollars per barrel that adds to Brent, how much of that will show up in the CPI print two months from now. They have charts, acronyms, pretty colors.

We are less good at tracking the other end, where a farmer stares at a fertilizer quote and quietly decides to plant less, or not at all. That’s where the nitrogen century bleeds into something else: a world in which the marginal tonne of urea is not an input into yield, but a political accelerant splashed over already dried tinder.

From Price Shock to Hunger Map Economists like to talk about “pass‑through.” The price of this passes through to the price of that, until somewhere down the line a consumer either pays more, buys less, or goes without. In the case of fertilizer and fuel, the pass‑through path runs straight across the global hunger map. Start with the input shock. Fertilizer prices spike. Diesel and electricity, both tethered to the same war‑inflamed energy markets, do the same. For a rich, mechanized farm, this is a margin problem.

For everyone else, it’s a decision about how much risk they can stack on top of a life that already runs on razor‑thin buffers. So the compromises begin. A Midwestern grain farmer shaves application rates, shifts marginal land out of the most nitrogen‑hungry crops, delays a purchase and hopes the market calms down. A medium‑sized operator in Brazil takes on more debt to keep yields up, betting that export prices will bail them out before the bank comes knocking.

A smallholder in West Africa or South Asia walks into a rural supply shop, learns that the cost of a bag of fertilizer has jumped by a third since last season, and walks out with half as much, or none. The agronomists can tell you what happens next. Lower application rates mean lower yields, especially on depleted soils already abused by years of overcropping and climate stress. Fields that would have produced exportable surpluses shrink down toward subsistence.

In some cases, marginal land doesn’t get planted at all, because the input costs can no longer be justified against the likely harvest and the going market price. A few months later, this shows up as numbers on a screen. Wheat prices edge higher. Rice trades in a nervous band. Maize does its own little jittery dance. Commentators ask whether this will be “another 2008” or “another 2011,” meaning: will there be bread riots in the places where Western correspondents are present.

What they rarely say is that for a lot of people, it doesn’t take an actual riot to mark the beginning of collapse. It takes a quiet, grinding recalibration of what a family can afford to eat. Fewer meals with animal protein. Thinner stews. Children whose growth curves diverge from the chart of linear development. This isn’t hypothetical. The last big food‑price spikes helped topple governments or at least destabilize them across North Africa and the Middle East.

They played into the politics that produced wars which then produced more food shocks. We live inside a loop, not a line. Now layer that loop on top of a planet that has already blown past its safe nitrogen, freshwater, and land‑use boundaries. We are not pouring more fertilizer into a forgiving, under‑used substrate. We are trying to maintain yields on exhausted soils, in climates whose rainfall patterns have slipped their old habits, with aquifers already draining.

That means any reduction in inputs has more bite than it would have had thirty years ago. The margin for error is gone. Call it what it is: not just “food insecurity,” but an early‑stage default on the promise that the industrial food system could keep real political collapse localized and rare. States on the Fault Lines Civilization does not collapse everywhere at once. It goes down along the seams.

Some of those seams are obvious: low‑income countries that import a large share of their calories, earn foreign exchange by exporting a narrow set of commodities, and sit in climate‑vulnerable latitudes. Others are less dramatic but just as real: middle‑income states carrying unsustainable debt loads, with brittle coalitions in power and large, angry urban populations one price shock away from taking the streets. The fertilizer crisis touches both. In the most exposed states, governments are now staring at a familiar trilemma.

They can: - Subsidize fertilizer and food to keep farmers planting and consumers fed, and watch their fiscal position deteriorate even faster. - Let prices rise and hope that a mix of charity, remittances, and stoicism will keep the lid on. - Go begging—to the IMF, to Gulf monarchies, to Beijing—and accept whatever conditionality comes chained to the relief. Option one buys time at the cost of solvency. Option two risks immediate unrest. Option three trades sovereignty for cash.

None of this shows up in the dignified abstractions of the energy and climate summits. There, leaders talk about “just transitions” and “food system transformation” as if they were simple software upgrades, when most of what’s actually on offer amounts to hasty patch jobs on a visibly failing system in countries where one failed rainy season or one spike in bread prices can turn a demonstration into a coup. The institutions built to protect their interests all quietly converge on the safer option. Big rhetoric, tiny, reversible tweaks.

Meanwhile, the same war and climate shocks that are driving fertilizer prices up are blowing holes in export revenues and remittance flows. If your state relies on oil, gas, tourism, or emigrant wages to pay for food, and those inflows suddenly wobble, your ability to cushion a fertilizer shock vanishes quickly. In a handful of places, the outcome will be formal: governments will fall, parliaments will be dissolved, juntas or “transitional councils” will stride in, promising order.

In many more, the collapse will be informal: services degrade, police become more predatory, militias and gangs provide the only consistent governance in certain neighborhoods or regions. The flag still flies; the capacity behind it rots. We will, of course, have expert commentary about each instance. Analysts will note the role of corruption, ethnic tensions, historical grievances. They will be right, as far as they go.

But they will almost always treat the food and fertilizer dimension as an exacerbating factor, not as a central driver, and they will almost never draw the line from an airstrike on a refinery to a child tearing a piece of bread in half so it can be shared four ways. That’s how systemic collapse hides in plain sight. Not as a single event, but as a pattern of “domestic crises” that just happen, inexplicably, eating away the edges of the global system at the same time.

A Civilization That Modeled Basis Points, Not Bread If you want to understand why we are here, you could do worse than to compare the sophistication of our financial risk models to the poverty of our thinking about food and ecology. We can price a credit default swap down to the fourth decimal place. We can simulate how a quarter‑point move by a central bank will ripple across ten years of bond yields, equity valuations, and currency pairs. Traders lose their jobs for misjudging volatility by more than a sliver.

By contrast, our public‑facing food and climate plans are mostly performance. The grand frameworks—‘sustainable intensification,’ ‘nature‑based solutions,’ ‘climate‑smart agriculture’—work like mirrors, letting every government and corporation greenwash itself while carrying on with business as usual. The planetary boundaries research community has been waving a giant red flag for more than a decade, saying, in effect: the room you think you have is imaginary; the buffer is gone. Policy has responded by crafting yet another report.

When the conflict around Iran erupted and the fertilizer shock came into view, there was no meaningful sense that we had baked this scenario into our supposed resilience plans. The war gamers had drawn arrows on maps showing how oil would move and how naval forces would respond; almost no one had drawn the arrow from a shuttered ammonia plant in the Gulf to a shortened planting season in sub‑Saharan Africa.

The agrifood agencies have been dutifully warning about “cascading risks,” but they don’t get invited to the tables where people decide whether to launch the next strike; then, when the entirely predictable fallout arrives, the president goes on television to insist that “nobody could have seen this coming.” So we fall back on the vocabulary we know. The fertilizer crisis is a “headwind.” The surge in food prices is “sticky inflation.” The emerging protests are “security risks” in “fragile states.” You can feel the conceptual lag.

Our words belong to a world where the biosphere was a stable backdrop and politics was something that happened between human beings over the division of an expanding pie. We do not have a mainstream language for what it means when the pie itself is shrinking, the oven is glitching, and the people in charge keep dismantling the support structures of the modern world without a thought for the consequences. So we talk about basis points. We talk about quarterly growth downgrades.

We talk about the need to “avoid panic.” We do not talk about the fact that we are discovering, live, how little slack there is between a 20 percent jump in fertilizer prices and a non‑trivial chance of regime collapse in some unlucky capital, and all the blowback that follows. Living Through the Long Emergency The fantasy of collapse is that it appears all at once, in a way that no one can argue with.

The grid goes down, the shelves empty, the state evaporates, and even the most committed centrist is forced to admit that something has ended. The reality, as always, is more tedious and more cruel. Collapse looks like a succession of “bad years” that never quite resolve into a recovered normal. It looks like a food‑price index that ratchets up in spikes and plateaus instead of returning to baseline.

It looks like an expanding ring of countries where politics is permanently in crisis mode: new cabinets every few months, emergency laws, rolling protests, quiet exoduses of anyone with the means to leave. From the center of the empire, this reads as background noise. There is always somewhere on fire. The headlines cycle through: Lebanon, Sudan, Haiti, Tunisia, Sri Lanka. Each story arrives as if it were self‑contained: “corruption,” “populism,” “sectarianism.” Occasionally someone mentions climate or food prices as context. Then it’s on to the next thing.

From the edges, it reads differently. It reads as a converging stack: worsening heat, erratic rains, more expensive inputs, heavier debt burdens, harsher conditionality, more cynical elites, less competent states. It feels, to anyone paying attention, less like a string of coincidences and more like a coordinated withdrawal of whatever flimsy guarantees the modern system used to offer. The 2026 fertilizer crisis is not the cause of that pattern. It is an accelerant poured onto it.

And because it is tied directly to an ongoing war in a region that elites actually care about, it also serves another function: it briefly illuminates the plumbing. For once, you can see the line from strike package to shipping lane to ammonia plant to price chart to hunger statistic to protest. You can see how thin the membrane is between a decision in a situation room and the composition of a meal in a slum. In a sane civilization, this would be a moment of reckoning.

We would recognize that, having blown past our planetary boundaries, we no longer have the slack to treat food, fertilizer, and energy as pieces on a game board. We would retire the idea that wars over “credibility” or “deterrence” are a legitimate luxury, and that oil, the rope we used to hang ourselves, is not worth killing and dying for. We would start budgeting not just for basis‑point wobbles but for the possibility that multiple peripheral states tip into unmanageable crisis at once.

Instead, we will probably do what we always do. We will muddle through this particular shock. Some sort of deal will eventually be struck over Iran, or at least the incentives of the various players will align long enough to take the boot off Hormuz’s neck. Fertilizer flows will resume, at higher prices and under more politicized conditions. Farmers will adjust. Some governments will fall; others will stagger on.

Analysts will declare that we “avoided the worst.” Then, a few years from now, we will stack another crisis on top of this one: another war, another drought, another “unprecedented” heatwave, another debt meltdown. The planetary boundaries diagram will get another grim update. The phrase “tipping point” will appear in more headlines, wearing the thin smile of a label that has outlived its usefulness.

Somewhere in this rolling present, a child will stand in a bread line or skip a meal or drop out of school to help subsidize the household fertilizer bill. They will not know that they are living inside a concept called “overshoot.” They will not have strong opinions about the relative importance of 1.5 versus 2 degrees, or about whether the Amazon is still technically a rainforest or has quietly started transforming into a savannah.

They will know only that things keep getting a little harder, a little tighter, a little less predictable. We are fond of asking when collapse will come, as if we were waiting for a date. The more honest question, looking at the war‑driven fertilizer shock folded into an already busted planetary budget, is how much of it we have already decided to normalize.

Because from where they stand, at the very end of the supply chains and the fraying planetary boundaries and the dire IMF reports, it does not feel like a “risk scenario.” It feels like the only world they have ever been permitted to know. Jeffrey said: Hi mike, i know i must be annoying by now but i just wanted to give my thoughts on our earlier discussion on future civs: I’d agree with you, only up to a point, cause the stair step stops long before restricting regional empires.

They ran on biomass, and unlike solar/wind, that is truly renewable. Reforestation as land is abandoned will be on scales unseen since the fall of the Roman Empire, and provide ample energy for whatever comes next. You state that “Where I’m more pessimistic is on climate and carrying capacity. Unlike Rome or Han, future societies will be trying to centralize on a planet with fewer easy calories, wilder weather, and ecosystems that never got to recover between hits. That doesn’t make empire impossible, but it makes it more brittle.

Each would sit on a thinner resource base, with less margin for bad harvests or epidemics.” That would be true at the start, but the climate does cool after emissions stop. Quickly at first, then very, very, slowly. my point is is that although we may only have those small, shattered states at rhe start, it need not be that way forever, as the climate and ecosystems recover. All those “heatwaves increase by x%\c warmint things also work inversely.

moreover, you state “ecosystems that never got to recover between hits”, which collapse itself solves. Huge secondary reforestation and detoxification of rivers can occur in only 60 years, and old growth forests reach climax state in 1000. so your “ thinner resource base, with less margin for bad harvests or epidemics” woukd fatten more over time moreover, don’t forget the crop-genetic legacy we’re passing on, with heat and drought resistant crop varieties.

So in conclusion: “But they’ll be operating in a permanently shrunken envelope –less like the globalized, fossil‑fueled leviathan we’re used to, and more like a world full of local “Romelike” and “later‑dynasty‑China‑style” experiments, each one a bit more constrained and a bit more haunted by the ruins it was built from.” not permanently, and less haunted each rebuild. Thanks!

LikeLiked by 2 people xraymike79 said: I think there are a few distinct questions tangled together in what you wrote: On cooling and recovery You’re right that in most model runs, once net emissions drop to zero, warming stops increasing and then very slowly drifts down. Global temperature doesn’t keep screaming upward for centuries in a no‑emissions scenario; it plateaus, and in some runs it cools a bit. That means your intuition—“not permanently, and less haunted each rebuild”—isn’t just wishful thinking.

Over multi‑century horizons, the climate system is elastic, not made of stone. But “cooling” in the models is glacial in human terms. One MIT analysis of zero‑emissions trajectories finds that global temperature typically stops rising within a few decades of emissions ending, but remains elevated for centuries, with maybe half a degree of cooling over 250–300 years in ambitious scenarios. So yes, the direction reverses, but the slope is shallow.

For any civilization trying to re‑aggregate in, say, 2200 or 2500, the baseline isn’t “back to Holocene normal,” it’s “still significantly warmer and hydrologically weirder than the climate that fed Rome and Han.” The same kind of “yes, but slowly” pattern applies to ecosystems. Secondary forests can re‑establish remarkably fast in the absence of chainsaws and cattle: some work suggests substantial canopy and biomass recovery within a few decades, and noticeable carbon gains over the first 60–100 years.

Landscapes we’ve brutalized really can green up at a speed that would shock most people’s intuitions, and “collapse itself solves” some of the relentless pressure that kept systems from catching their breath. Where I think we differ is on how far that gets you toward the kind of resource base that powered pre‑fossil empires. Old‑growth, structurally complex forests that store very large carbon stocks and provide stable, predictable flows of fuel, game, and other biomass services are millennial projects, not 60‑year ones.

A regrowing 80‑year forest can look lush to the eye and still be a fraction of the ecological and energetic capital of a genuinely ancient woodland. So you’re absolutely right that the “thinner resource base” might fatten up relative to the immediate post‑collapse decades, but it probably tops out at a different level than the pre‑industrial benchmark, and on timescales that don’t map cleanly to human political projects.

Biomass as “truly renewable” I agree with your basic point: in thermodynamic terms, biomass is renewable in a way that fossil fuel isn’t. The energy income is annual sunlight, not ancient sunlight. That’s a profound difference. The catch is that biomass is only functionally renewable for complex societies if three conditions hold at once: Historically, pre‑fossil agrarian states constantly crashed into those constraints—wood shortages for shipbuilding, charcoal for metalworking, fuelwood around cities, soil exhaustion on frontiers.

They “ran on biomass,” but they also ran through forests and soils faster than those could rebuild as population and urban complexity rose. Fossil fuels were the cheat code that temporarily suspended that feedback. Your stair‑step image—collapse, reforestation, new energy base—is plausible in the sense that abandonment really will green a lot of land. There is already evidence that secondary forest growth can offset a non‑trivial share of deforestation‑driven carbon emissions in some regions.

But when we look at modern bioenergy potential assessments, even under optimistic management they usually conclude that sustainably harvested biomass can only meet a fraction of total energy demand—about 25–40% in many national or global scenarios—not anything like the fossil‑era peak. And that’s in carefully managed, high‑capacity modern states. Fragmented post‑collapse polities, even with centuries of regrowth, will have a hard time squeezing more out of the system without repeating the same mine‑the‑land pattern that hammered Rome’s hinterlands. So I’d grant: biomass gives future civs a non‑trivial, renewable energy floor.

I wouldn’t grant that it gives them back the same stair height we just jumped off. The “permanently shrunken envelope” phrase I don’t mean “no recovery is possible.” I mean something closer to: So when I say “permanently shrunken envelope,” I’m really trying to name: Is there room for a future step‑up as forests regrow, rivers detoxify, and soils slowly rebuild organic matter? Yes.

Secondary forest carbon stocks can rise dramatically over the first century or two, and some work suggests tropical forest regeneration can offset around a quarter of deforestation and degradation emissions. Rivers also respond surprisingly fast once pollution inputs fall. But the reference frame isn’t “back to a pre‑industrial blank slate.” It’s “forward into a novel, partially healed system with fewer easy wins and more locked‑in legacies.” In that sense I agree with you enough to change the line. “Not permanently, and less haunted each rebuild” is a good corrective.

I might write instead: “They’ll be operating in a durably shrunken envelope on human timescales—less like the globalized, fossil‑fueled leviathan we’re used to, and more like a world of regional ‘Rome‑like’ and ‘later‑dynasty‑China‑style’ experiments, each one constrained in new ways by the climate and ruins it inherited, even as ecosystems slowly heal around it.” That leaves space for your multi‑century thickening of the resource base without implying we get a clean reset.

Crop genetics and “less haunted” On crop genetics, you’re absolutely right: we’re bequeathing cultivars and know‑how that can, in principle, handle more heat and drought. That’s a real gift to whatever comes next, assuming the seed lines and agronomic knowledge survive the bottleneck. But to me that cuts both ways. If you inherit… …you’ve also inherited a very efficient engine for re‑running the overshoot cycle, only faster.

The haunting doesn’t just come from ruins; it comes from how easy it is, once conditions improve, to rebuild the very social logics that ate the last world. So I’m with you that the haunting might subjectively lessen with each rebuild. New elites will stand atop regrown forests and detoxified rivers and genuinely feel like they’ve escaped the shadow of our crisis.

I’m less confident that the structural envelope—the combination of energy, ecology, climate, and geology—ever fully restores the kind of margin for error that let Rome, Han, or Qing absorb centuries of misrule and still stagger on. LikeLiked by 1 person notabilia said: Hard-hitting and correct, but I’m dead set against this “we” stuff. I do not speak for, represent, or control the following human-staffed organizations: the US military: any of the transnational corporations in the world; the US government; the US people.

I get one lousy vote to use in hopelessly corrupt, endlessly stupid elections that have done nothing. My opinions about any social issue are counter-mainstream and not listened to, and will never be. They are the ones with the social power that is destroying life on earth. I have no role in determining the conduct of those with that power. The neurons inside my brain will at some point lose all electrical power, and once that terminus is reached, so will all my being. LikeLiked by 2 people

Apache NetBeans Guest Blog: Edward M. Kagan?

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Call the result food security, and hope no one notices that you have hitched the fate of billions to a corridor you can cover with a child’s thumb on a map. Epic Fury breaks that illusion.

Apache Netbeans Guest Blog Edward M Kagan

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