Michael Snyder has been predicting economic and geopolitical disasters for so long that regular readers know to apply a discount to the apocalyptic language. But his latest "perfect storm" argument deserves attention because its central point does not depend upon believing that the end of civilisation is arriving next Tuesday.
Something unusual is happening. A series of problems that would normally be serious but manageable in isolation are arriving together: war, disruption to energy supplies, fertilizer shortages, expensive diesel, drought, El Niño, damaged harvests and interruptions to some of the world's most important grain-export routes. The danger is not simply any one of these things. It is the interaction between them.
That is what a perfect storm means. A farmer can survive a bad harvest if his input costs are low. He can survive high fertilizer prices if crop prices compensate him. A country can survive a domestic crop failure if international markets are functioning normally. Consumers can absorb some food inflation if energy and housing costs are stable. Put all the pressures together and the arithmetic changes.
Start with fertilizer. Modern agriculture depends heavily upon nitrogen, phosphate and potash fertilizers, and their production and international distribution are intimately connected with energy and geopolitics. Snyder points to survey data from CropGPT suggesting significant fertilizer shortages among farmers in several important agricultural regions, with some farmers reducing application because they either cannot obtain fertilizer or cannot afford it.
This matters because fertilizer is not an optional luxury that can simply be eliminated without consequences. Reduced application can mean reduced yields, and the effects may not become fully visible until harvest. The supermarket shortage, if it comes, therefore begins months earlier as a farmer deciding that another tonne of fertilizer is simply too expensive.
Then comes fuel. Industrial agriculture is an extraordinarily energy-dependent activity. Tractors require diesel. Harvesters require diesel. Trucks taking grain to storage require diesel. Fertilizer production itself is energy-intensive, and almost everything used on a farm has been transported there using energy.
Snyder gives the example of North Carolina farmer Matt Bell, who told CBS that his combine was consuming about US$600 worth of diesel a day and that his annual fuel bill could rise from a budgeted US$35,000 to perhaps US$50,000–60,000. Snyder also points to substantially increased fuel surcharges affecting agricultural transport.
The significance extends well beyond farmers. Food has to be planted, fertilized, harvested, processed, refrigerated and transported, often several times before it reaches a supermarket shelf. Energy therefore appears repeatedly in the final price of food.
Now add the weather. The World Food Programme is sufficiently concerned about the developing El Niño that it has increased preparedness efforts. Its August analysis concluded that the strengthening 2026–27 El Niño could significantly worsen food insecurity in 45 already vulnerable countries.
The numbers are sobering. WFP estimates that at least another 49 million people could be pushed into acute food insecurity by the end of 2027, raising the number affected across those countries from about 225 million to 274 million. Central America and southern Africa are among the regions expected to suffer particularly serious effects.
The important qualification is that this does not mean, as some dramatic headlines suggest, that the United Nations has announced there will literally be insufficient food for everybody on Earth in 2027. That goes beyond what the WFP says.
The reality is serious enough without embellishment. The WFP is warning that droughts, floods and extreme temperatures associated with El Niño could push tens of millions more vulnerable people into acute food insecurity, with effects continuing through 2027 because today's weather determines tomorrow's harvests.
Central America provides an unpleasant preview. Snyder cites reports of widespread crop failures in parts of Guatemala, El Salvador and Honduras. These are precisely the places where poor households have little financial margin when harvests fail.
Then there is grain. Russia and Ukraine together remain enormously important to internationally traded wheat. The Black Sea is consequently not some remote geopolitical chessboard with no relevance to ordinary households. Disruption there can propagate through grain markets into countries thousands of kilometres away, particularly import-dependent states in the Middle East and Africa. Snyder reports that intensified attacks on ports and infrastructure have made Black Sea grain movements considerably more difficult.
The United States has agricultural problems of its own. USDA's September rice outlook forecasts US rice production of 158.2 million hundredweight for 2026–27, a 33-year low. Fortunately, beginning stocks are unusually large, which means it would be misleading to translate the production figure directly into an imminent rice shortage. Nevertheless, USDA describes the overall supply situation as relatively tight and forecasts a season-average farm price around 20 per cent above the previous year.
This illustrates why Snyder's argument should be taken seriously without accepting every prediction he makes.
The danger is not necessarily that supermarket shelves in Australia or America suddenly become empty. Rich countries have purchasing power, sophisticated supply chains, alternative suppliers and the capacity to bid food away from poorer countries. That may actually make the moral consequences worse.
When world food supplies tighten, the competition is not equal. An Australian supermarket chain can pay more for grain. A desperately poor household in Sudan, Yemen or Central America cannot.
For affluent societies, the first manifestation of a global food crisis is therefore likely to be price rather than absolute physical scarcity. Bread becomes more expensive. Meat becomes more expensive because livestock consume grain. Transport becomes more expensive. Processed foods become more expensive because their ingredients and packaging have travelled through energy-intensive supply chains.
For poorer societies the same shock can mean hunger. And then the effects begin feeding back into politics. Food inflation has historically been politically explosive because people experience it several times every day. A household can postpone buying a television or a new car. It cannot indefinitely postpone eating.
When food and fuel prices rise together, governments come under pressure to subsidise them. Subsidies strain government budgets. Removing subsidies can provoke demonstrations. Food shortages generate migration pressures. Political instability disrupts production and trade still further.
This is how separate crises begin joining together. War raises energy prices. Higher energy prices raise fertilizer and transport costs. Higher agricultural costs reduce margins and sometimes production. Bad weather reduces harvests. Grain-export disruptions tighten international markets. Food prices rise. Poor countries experience unrest. Governments become unstable. Conflict and migration increase. Each problem amplifies another. That is the genuine "perfect storm" argument.
It also exposes a weakness in the way modern societies think about resilience. For decades the governing economic principle has been efficiency. Supply chains became extraordinarily sophisticated because businesses eliminated spare capacity, inventories and duplication.
Under normal conditions this is wonderfully productive. Under abnormal conditions it can become brittle. A world optimised around everything arriving exactly when required has difficulty when several essential things stop arriving simultaneously. Fertilizer is not easily replaced overnight. Refineries cannot instantly multiply diesel production. Grain cannot be grown in a fortnight because the previous harvest failed. Ports destroyed in wars cannot be restored by adjusting an interest rate.
Physical economies ultimately remain physical. This is an elementary fact that the digital age sometimes encourages us to forget. We can create trillions of dollars electronically, move capital around the planet in milliseconds and ask artificial intelligence to optimise supply chains, but none of those things creates a tonne of wheat. Someone still has to grow it. Someone still has to fertilize it. Someone still has to harvest it. Someone still has to transport it. And somewhere in that chain there must be sufficient energy to make everything happen.
For Australians the temptation is to regard this as another distant crisis. We are a wealthy food-exporting nation. We produce enormous quantities of agricultural commodities and are unlikely to experience famine because Guatemala has a drought or Egypt has difficulty obtaining Black Sea wheat.
But Australia does not exist outside international markets. Australian farmers buy fuel, machinery, chemicals and fertilizer in markets influenced by global prices. Australian transport depends upon diesel. Australian consumers purchase food in an economy where producers can often sell into international markets. Global scarcity therefore reaches us primarily through prices.
There is also a larger strategic lesson. A nation that cannot reliably supply essential energy, fertilizer, transport and food production has surrendered an extraordinary degree of sovereignty to international systems over which it exercises little control.
For thirty years that vulnerability was easy to ignore because the system worked remarkably well. The perfect-storm scenario asks what happens when several parts stop working at once. Snyder may be too confident about exactly how disastrous 2027 will become. Nobody knows what next year's harvests will ultimately produce. Weather changes, markets adapt, farmers alter planting decisions, prices encourage additional production and wars can end as unexpectedly as they begin. Catastrophe should therefore not be treated as predetermined. But neither should resilience be confused with optimism.
The World Food Programme is already preparing for tens of millions of additional people potentially entering acute food insecurity because of El Niño. Farmers are confronting expensive energy and fertilizer. Important grain routes are vulnerable to war. American agricultural statistics already show serious weakness in some crops.
None of those facts proves that a global food catastrophe is inevitable. Together they tell us that the margin for error is shrinking. That is the real significance of Snyder's perfect storm. The danger is not one enormous black swan suddenly appearing on the horizon. It is half a dozen perfectly recognisable problems arriving together and discovering that they reinforce one another. The clouds are already there.
https://michaeltsnyder.substack.com/p/this-is-what-a-perfect-storm-looks