The 2026 Global Food Crisis, Mapped

Kind: captions Language: en Your grocery bill isn't skyrocketing because of corporate greed or government spending. What if the real reason costs keep rising is thousands of miles away? A patch of the Pacific Ocean has just hit record temperatures, helping devastate cocoa and coffee harvests around the world. Farmers are facing financial collapse. And your morning coffee has become a geopolitical casualty. The hidden tax you're paying isn't going to the government. It's being swallowed up by the Pacific Ocean. Chapter one. The $12 chocolate bar. The last El Nino in 2023 and 24 caused unprecedented havoc in global agriculture, including major disruptions to the supply of cocoa, coffee beans, and even water. Cocoa futures surged to over 150% between June 2023 and late 2024, peaking at almost $12,200 per imperial ton. That's like the price of silver increasing 5-fold in a single year. That El Nino was considered strong. It was one of the main factors in 2024 being the hottest year on record. And that was literally the warm-up. This time, the National Oceanic and Atmospheric Administration or Noah is anticipating a super El Nino, the strongest one in 150 years. To make matters worse, it's expected to be in the summer of 2026 and then last through to February 2027. The 2023 24 El Nino caused widespread droughts, floods, and wildfires. It severely impacted agriculture leading to export bans and shortages of critical crops like rice. It caused shipping delays and power shortages due to low water levels. The combination of these factors caused food prices to soar globally. That was a strong El Nino. Now imagine the havoc a super El Nino is going to wreak. It's a phenomenon that's becoming more frequent and more powerful. Some scientists are waving the red flag that we may already be in a state of more or less permanent El Nino. The price of key crops is expected to increase sharply because the effects can last up to 3 years after the event. Cocoa prices have fallen 70% since the record El Nino spike of 2024. But the price of chocolate hasn't. Not even close. If it wasn't for the action taken by manufacturers, it probably would be much more expensive than it already is. In an attempt to keep prices under control, confectionary makers have been compelled to introduce shrinkflation, smaller chocolate bars for the same price. The latest casualty is the standard Marsbar, which shrunk from 1.8 O to 1.41 O in April 2026. Companies like Lint and Sprungley, Manderlay, and ingredient supplier Barry Calibo have also resorted to skimpflation. They're substituting cocoa butter with shea butter and palm oil. Others are using yeast extract or cocoa alternatives made from roasted grape and sunflower seeds. So, El Nino has already caused chocolate bars to become smaller, less chocolaty, and more expensive. Now, cocoa prices are about to start rising sharply again. There's no way around it. Your finances are at the mercy of El Nino. Climate change is real, and you can feel it directly at the checkout. But the impacts don't just affect crops. Chapter 2, the Panama choke point. El Nino also caused droughts that led to lower water levels along the vital shipping routes. The writing was already on the wall during the 2023 24 El Nino, particularly in the Panama Canal. The 51m canal is the single most critical choke point for the United States agricultural trade. Some 14 to 17% of all US agricultural exports by volume transit the canal. More important to your grocery bill though, roughly 40% of all US container traffic passes through the canal. that includes huge quantities of inbound fruits, vegetables, raw ingredients like cocoa, and processed food. Disruptions in the canal cause ripples in the supply chain. They eventually land in your pocket. In 2023, the Panama Canal Authority implemented new regulations that allowed a maximum number of 22 daily slots for transiting ships. They were anticipating increased traffic. And then El Nino hit. It caused a serious drought in Gatun Lake, a key stretch of the canal system that provides fresh water for its locks. The canal discharges enough water from the lake to fill up 76 Olympic sized pools with each transiting vessel. Thanks to the drought, water levels dropped, meaning fewer ships were able to pass through. By February 2024, the authority was able to revise the number due to unexpected rain and raise the number to 24, but it was still less than the 36 to 38 ships that normally transit the canal daily. The impact was massive. It created a backlog of ships that grew steadily. At one point in August, there were more than 160 ships in the queue. Some dropped out, opting to add thousands of miles, millions of dollars, and transit time to their journeys. They went around the tip of South America. the Cape of Good Hope at the bottom of Africa or the Suez Canal instead. Ship owners were bidding up to $4 million to snap up the slots that those ships had vacated, more than 20 times the normal rate. The backlog spread through the supply chain like a contagion. When ships couldn't reach their destination ports, the trucks waiting to haul their cargo sat idle. The result was drought induced bottlenecks that stranded enough cargo to fill a line of semi-truckss stretching from New York to London. The economic damage caused went far beyond Panama. The disruptions lasted for months. In South America, the Amazon River and tributaries like the Rioenegro hit record lows. Communities were isolated. Local economies were crippled. In October 2024, 8 months after El Nino subsided, the Rioenegro plummeted to a depth of 41 1/2 ft. It was the shallowest depth recorded since measurements began in 1902. The low waters stranded cargo boats and river fairies, cutting off hundreds of thousands of people in Brazil, Peru, and Colombia. Again, that was a strong El Nino. This next one is even stronger. If one El Nino can shut down the world's most vital canal and largest river, what happens during a super El Nino? Chapter 3. The energy trap. We already got a preview in 23 and 24, and nowhere was it more devastating than in Zambia. This landlocked nation is reliant on hydroele electricity for 85% of its power. Much of that comes from the Kariba dam. The Kuriba north facility is the centerpiece of Zambia's hydroelectric network responsible for about a third of total power output. Or at least it was. The same El Nino inspired drought that hit Panama struck Kariba. By September 2024, Karibba North's output had sunk by 90%. The lakes's live storage, the water used for power generation, had fallen to just 3.6 ft, one of the lowest levels in history. Zambia's other hydroelectric plants were in a similar state. The knee high water levels quickly brought the country well to its knees. Zambia's national electricity demand averages around 2,400 megawatt. By September, its supply had fallen to 900 megawatt, a roughly 60% reduction. To stabilize its collapsing grid, the country's power utility, Zesco, was forced to implement rolling blackouts known as load shedding. As the crisis deepened, the blackouts were extended. At its peak, the entire nation was plunged into darkness for up to 21 hours a day. Zambians had already become used to 4 to 8 hours of load shedding before the 21-hour cuts started in September 2024. 8 months later, they were still facing 17-hour power cuts daily. Today, the country is still plagued by variable load shedding because the energy deficit hasn't been resolved. The consequences of the last El Nino on the economy have been severe. Reduced industrial output, lost business hours, and slower economic activity. But the loss of power generation has also had another potentially more disastrous long-term effect, disrupting the transition to cleaner, greener energy sources. Like most countries, Zambia has been moving to diversify its energy with the introduction of cleaner technologies. The country had signed a string of deals for solar plants. These include a $2 billion deal with the UAE stateowned company Mastar and a power purchase agreement with the Canadian firm Sky Power Global. They hope to supply enough solar energy to power 4 million households. Now Zambia has resorted to a desperate attempt to keep the lights on. They are turning to coal. In June 2026, the country's state investment arm ZCCM Investments Holdings announced a partnership with the Chinese-owned Wonderful Group Services Limited. The goal is to develop a major coal fired thermal power project expected to generate up to 600 megawatts of electricity. The government doesn't have a choice. It needs to keep the mines operating, factories running, and households connected while renewable alternatives continue to develop. It says that coal offers something that solar and hydro can't. It generates electricity around the clock regardless of rainfall, cloud cover, or seasonal weather conditions, but it's also accelerating a global climate disaster. Short-term survival is being traded for long-term catastrophe. In a cruel twist, the transition to green energy is being sabotaged by the very climate change it's meant to fight. And the damage doesn't stop at power shortages. Chapter 4, the rice wars. The lack of water isn't just turning off the lights. It's emptying global food reserves, raising the prospects of widespread famine and surging prices for scarce staple foods like rice. In the past decade or so, India has become the world's largest rice exporter, accounting for 40% of global rice exports in 2022 and 23. Any disruption to Indian exports reverberates dramatically around the world. And that's exactly what happened during the 2324 El Nino. Across Asia, rice is the foundation of people's diets. It provides between 40 to 67% of total calories consumed. Countries from Bangladesh to Nepal depend heavily on imports from India. That's why panic spread in July 2023 when India suddenly banned non-basmati rice exports with immediate effect. More than 40 countries rely on India for over half of their rice imports and the ban affected roughly 25% of India's total rice exports. It caused instant panic. The ban lasted for around 14 months with the Indian government lifting it in September 2024. During this time, India's total rice exports fell by 34% compared to the previous year. Non-basmati white rice exports plummeted by 88%. It was the caloric equivalent of removing every grain of rice from the shelves of every Walmart in the US. The effect, massive rice prices around the world. Countries across Asia and subsaharan Africa rushed to find new suppliers, but Thailand, Vietnam, and the other major exporters were being hit by El Nino, too. By February 2024, the price of benchmark Thai rice had surged 22%, reaching levels not seen in 15 years. The shock didn't stop there. Rice prices spiked across Asia and Africa, hitting countries like Nepal, the Philippines, and Sagal particularly hard. The disruptions undoubtedly increased food insecurity and poverty in some of the places that could least afford it. Welfare losses in subsaharan Africa alone are estimated at around $353 million as a direct consequence of the ban. Since the ban has been lifted, India and other nations have increased supply. It's contributed to a significant drop in prices back to more normal levels until the next super El Nino hits. If domestic supplies are threatened, India has proven that it is prepared to pull the plug on exports to stabilize the domestic market. And it's not just rice. All waterintensive crops like sugar, palm oil, and cotton are at risk. Few things disrupt societies faster than basic food becoming scarce and unaffordable, especially in developing countries. Rising migration, geopolitical instability, conflict, and higher grocery bills could become more common. The $12 chocolate bar, water shortages, and rice crises aren't isolated disasters. They are linked by a massive atmospheric system, and that system is breaking down. Chapter 5, the invisible engine. When it comes to El Nino, most of the focus has been on the way the phenomenon causes higher sea surface temperatures in the tropical Pacific Ocean. This in turn leads to disrupted rainfall, droughts, flooding, and a myriad of other climatic ills. These problems are all too real, but higher temperatures aren't the most dangerous effects. El Nino is breaking the global rain machine, and the consequences could be unimaginable. The east-west atmospheric circulation above the Pacific Ocean is known as the Walker circulation, and these wind patterns determine how global trade flows. They also play an oversized role in shaping the global climate. Air rises in the tropical western Pacific and travels eastward high in the atmosphere. The air then sinks back down to the surface over the eastern Pacific Ocean where the surface winds blow it back toward the west. It's not always constant. Sometimes it's weaker, sometimes it's stronger. During an El Nino event, the Walker circulation weakens, reducing easterly winds across the tropical Pacific. That shift disrupts global weather patterns in the Western Pacific, including Indonesia and Australia, becomes hotter and drier, often leading to drought. At the same time, the Eastern Pacific sees the opposite. heavier rainfall and flooding in places like Peru and Ecuador. The result is extreme imbalance. Some regions get far too much rain, others far too little, and the consequences spread through crop production, disaster risk, and economic instability worldwide. And your grocery bill during the 23 24 El Nino, peak sea surface temperatures reached around 29 to 30° C, the fifth highest on record. But this time, the Walker circulation didn't weaken as much as expected. The effect of warmer Pacific waters was partially offset by unprecedented heat in the tropical Indian and Atlantic oceans. That extra warmth triggered atmospheric changes that strengthened the trade winds and reinforced the Walker circulation, counteracting the Pacific's influence. As a result, the average rainfall anomalies in the tropical Pacific were much lower than expected. But it would be a mistake to think we escaped lightly. We didn't because the effect of this broken rain engine doesn't stay in the tropics. It actively hunts down the rest of the globe via the jetream warp. Tropical rainfall is the heating source that drives global atmospheric waves. Because the effect on the Walker circulation was weak in 23 and 24, the event failed to trigger strong extratropical teleconnections. Teleconnections are recurring largecale patterns of atmospheric pressure and circulation that join climate anomalies across thousands of miles. They act as a kind of bridge, allowing weather changes in one region to influence weather in another. Teleconnections can last weeks to months and often return in cycles. That's what makes them so important for seasonal forecasting. By monitoring source regions, meteorologists can predict weather in far off response regions months in advance. That makes it a powerful tool for preparing for droughts, floods, and extreme heat. It also helps to keep prices down. The 2023 24-week teleconnections had three major and entirely unexpected consequences. First, meteorologists were expecting a weaker Walker circulation to deliver a muchneeded wet winter to the southern tier of the United States in California. The region had been grappling with the severe drought, but it never really materialized and the drought went on. Second, if there's a silver lining to El Nino, it's that it tends to put a damper on hurricane activity. The high vertical wind shear typically tears hurricanes apart. However, because the atmospheric circulation response was weak, this shear didn't materialize over the Caribbean and the Atlantic as expected. As a result, the 2023 hurricane season became the fourth most active on record. And third, seasonal forecasts became unreliable. The normal links between Pacific sea surface temperatures and global climate patterns broke down. So, even when El Nino acts differently than expected, its impact is still severe. And that's because the effects aren't just limited to the tropics and coastal regions. Chapter six, the jetream warp. The planet is one big, deeply connected weather system, and the effects of El Nino touch every corner in one way or another. In the US, it turns weather patterns upside down due to El Nino's impact on a critical planetary weather system. Rosby waves, also known as planetary waves. They're a type of inertial wave that occurs naturally in rotating fluids. They're found in the atmospheres and oceans of the Earth and other planets due to the rotation of the planet. Rosby waves are giant atmospheric and oceanic patterns that help shape global weather. In the atmosphere, they steer pressure systems and the jetream. In the ocean, they travel along the boundaries between warm surface water and cooler deep layers. El Nino disrupts this entire system. It shifts the main source of atmospheric energy, the rasby wave source, from the western Pacific to the central or eastern Pacific. During El Nino, warm sea surface temperatures in the central and eastern Pacific trigger intense upward motion in the atmosphere and heavy rainfall. This forces the air to spread out high in the atmosphere, creating a region of what meteorologists call upper tropospheric divergence. As this air flow interacts with the Earth's rotation and background wind patterns, it generates a strong Rosby wave source. That source acts like a starting gun, launching a stationary Rosby wave train that travels northeast along the jetream into the middle latitudes. In the United States, this often sets up a persistent low pressure system over the Gulf of Alaska, a defining feature of El Nino winters. The result is dry conditions that often develop over western Canada and in the northern US while storms and cooler air are directed into the southern US. No snow in the Midwest, nasty unseasonal storms in California. Now you know why. But this doesn't just affect the US. Thanks to teleconnections, the effects are felt around the world. These strong wave trains can propagate upward into the stratosphere where they weaken the polar vortex. That disruption can later descend, triggering sudden atmospheric warmings and often cooler winters in Europe. At that same time, the same system can drive extreme heat in regions like the Sahel in Africa. In other words, nowhere is spared. And because roby waves can become stationary, they can lock weather systems in place. That leads to prolonged extremes, standard droughts under persistent high pressure, or flooding rains under stationary low pressure systems. and persistent unnatural weather conditions only lead to one thing, higher prices at checkout. Now, you might be thinking, well, at least El Nino only comes around every couple of years, so the effects are temporary. Unfortunately, that is the best case scenario. The scariest part about all this is that we are entering a permanent El Nino state where the Pacific's cold water upwelling is structurally weakening. The cooler years today are now warmer than the hot years of the 1980s. And that trend is clearly escalating fast. Chapter 7. The death of the cycle. For all of the havoc it caused and is still causing, the 23 24 El Nino was milder than predicted. Even so, global sea surface temperatures in 2023 and 2024 exceeded those of the 1997 1998 Super Elino by 0.2 2 to 0.3° C on average across the entire ocean surface. To put global ocean warming in perspective, the oceans are absorbing energy equivalent to five Hiroshima nuclear bombs every second. The world is still reeling from the effects of the last El Nino. The hangover effect of residual heat has been even more devastating than the El Nino disruptions themselves. Now, the current one is upon us, and it's anticipated to be the strongest one since the 1870s. But before we've even had a chance to rec