%20-%20Leading%20Countries%20and%20Their%20Projects.jpeg "FAO SOCO: Dietary Energy Traded (Total) - Leading Countries and Their Projects")
FAO SOCO: Dietary Energy Traded (Total) 7 Leading Countries
According to the latest insights from the State of Agricultural Commodity Markets (SOCO), the global trade of dietary energy is increasingly concentrated among a few key players. As of 2026, approximately 22% of all calories produced for human consumption are traded internationally, a figure that has remained resilient despite recent global supply chain shifts.
The "Leading 7" represent the nations that dictate the flow of calories, either as the world's "breadbaskets" or its most significant "sinks."
1. Leading Countries by Caloric Trade Volume
Based on trade data for the 2025–2026 period, these seven entities dominate the movement of dietary energy (measured in total kcal value of exports and imports):
| Rank | Country/Region | Trade Profile | Core Caloric Drivers |
| 1 | Brazil | Dominant Net Exporter | Sugar, Soybeans, Maize |
| 2 | USA | Diversified Exporter | Maize, Wheat, Soybeans, Dairy |
| 3 | China | Massive Net Importer | Soybeans, Maize, Vegetable Oils |
| 4 | European Union | High-Volume Intra-Trader | Wheat (Out), Soy/Oils (In) |
| 5 | Russian Fed. | Staple Energy Exporter | Wheat, Sunflower Oil |
| 6 | India | Strategic Swing Trader | Rice (Out), Edible Oils (In) |
| 7 | Argentina | Specialized Net Exporter | Soybean meal, Maize, Wheat |
2. Key SOCO Themes in Dietary Energy
Concentration and Resilience
The SOCO analysis emphasizes that while more countries are participating in trade, the export of dietary energy remains highly concentrated. The top five exporters of wheat, maize, and rice account for over 70% of global exports. This concentration means that a harvest failure or policy shift in one of the "Leading 7" can have an immediate impact on global caloric availability.
The Calorie-Income Correlation
A major trend identified is the shift in what is being traded. As middle-income nations (particularly in the Leading 7 like China and India) see rising incomes, their trade moves from basic caloric staples (grains) toward energy-dense feedstocks (soy) and animal-source calories (meat and dairy).
Energy Density vs. Nutrient Density
The trade data reveals a "Calorie Gap":
Net Exporters like Brazil and Argentina primarily export raw energy (carbohydrates and fats).
Net Importers in the Global South are increasingly dependent on these imports for basic survival, making them vulnerable to the Food Price Index fluctuations seen in early 2026.
3. Trade Dynamics (2026 Outlook)
Global Caloric Surplus: Despite localized shortages, the global trade system currently moves enough dietary energy to meet 110% of global requirements, though distribution remains unequal.
Biofuel Competition: A significant portion of traded "dietary energy" (particularly from the USA and Brazil) is diverted to biofuels, a trend the SOCO report monitors closely as it directly competes with food-use calories.
The "Oil" Factor: Vegetable oils (palm, soy, sunflower) remain the most traded source of concentrated dietary energy by weight, with the Leading 7 controlling nearly 80% of the market share.
FAO SOCO: Brazil’s Dominance in Global Dietary Energy
Brazil stands as the world’s most influential net exporter of dietary energy. According to recent trade analyses, Brazil’s agricultural output is the primary engine stabilizing the global calorie supply, particularly for nations in Asia and the Middle East that face domestic production deficits.
1. The Core Caloric Pillars
Brazil’s leadership in dietary energy trade is built on three high-output commodities that provide the majority of the world's traded calories:
Sugar (Direct Energy): As the top global exporter, Brazil dictates the price of "pure energy." Its unique ability to pivot between food-grade sugar and ethanol fuel makes it a central player in the global energy-food nexus.
Soybeans (The Energy Catalyst): Brazil provides the bulk of the world's soy, which is the primary source of vegetable oils for cooking and high-energy protein meal for livestock. This makes Brazil essential for both direct human consumption and the production of meat and dairy.
Maize (Bulk Energy): Recent expansions in "safrinha" (second crop) maize have turned Brazil into a top-tier cereal exporter, rivaling the United States in providing caloric feed for the global meat industry.
2. Trade Dynamics and Destinations
The flow of calories from Brazil is highly concentrated, moving from a production surplus in South America to high-demand "sinks" elsewhere:
China: Remains the primary destination, importing vast quantities of energy-dense soy to fuel its massive livestock sector.
North Africa & Middle East: Brazil has become the "breadbasket" for these regions, providing poultry and sugar that are foundational to their national food security.
Logistical Efficiency: Significant investments in the "Northern Arc" ports have reduced the cost of moving calories from Brazil's interior to international markets, increasing its competitiveness against other major exporters.
3. Strategic Vulnerabilities
Despite its dominance, Brazil's role as a caloric powerhouse faces specific 2026 challenges:
Fertilizer Dependence: Brazil must import a high percentage of its nutrients (potash and nitrogen). Any disruption in the trade of these inputs directly threatens the volume of calories it can export.
Climate Volatility: Extreme weather events, such as prolonged droughts or unseasonable frosts in the south, create immediate price spikes in the global "Food Price Index."
Sustainability Standards: Increasingly, Brazil's trade is influenced by international requirements for "deforestation-free" calories, forcing a shift toward more intensive, rather than extensive, land use.
Summary: Brazil does not just trade food; it trades energy. Its capacity to export surplus calories is the single most important factor in preventing global food price inflation during times of geopolitical or environmental stress.
FAO SOCO: The USA as a Global Caloric Stabilizer
The United States functions as the primary "shock absorber" in the global trade of dietary energy. According to recent market analysis, the U.S. is the world’s most technologically advanced exporter of staple calories. While other nations may focus on specific niches, the U.S. provides the consistent, high-volume flow of cereals and oilseeds that prevents widespread global caloric deficits.
1. The Engine of U.S. Caloric Exports
The U.S. trade profile is built on three massive pillars that serve as the foundation for both human nutrition and global animal protein production:
Maize (The World's Feed Energy): The U.S. remains the top global exporter of maize. This grain is the fundamental caloric input for the world's meat, dairy, and poultry industries. Because it is also used for ethanol, the U.S. maize market is where global food energy and transport energy prices collide.
Wheat (Staple Nutrition): As a primary wheat exporter, the U.S. provides the "survival calories" necessary for bread and flour production in high-import regions like Southeast Asia, North Africa, and Central America.
The Soybean Complex: Second only to Brazil, the U.S. exports vast amounts of soybeans. These are converted globally into calorie-dense vegetable oils and the high-energy meal required for modern aquaculture and livestock farming.
2. Market Dynamics in 2026
Several critical factors are currently shaping how U.S. dietary energy moves through the international market:
The Biofuel Pull: A significant portion of U.S. agricultural land is now dedicated to "renewable diesel" and ethanol. This internal demand often competes with international buyers for the same calories, effectively setting a "price floor" for global food energy.
Climate Resilience: Despite localized droughts in the Plains, the U.S. maintains the world’s most sophisticated grain storage and logistical infrastructure. This allows the U.S. to export calories even during years when other "breadbasket" nations suffer harvest failures.
Input Intensity: U.S. caloric production is highly dependent on nitrogen-based fertilizers. Rising global energy costs in 2026 have increased the cost of these inputs, making U.S. calories more expensive for developing nations to import.
3. Key Destinations for U.S. Calories
U.S. dietary energy follows established trade corridors to the world’s largest consumers:
Mexico & Canada: Integrated supply chains make North America a self-sustaining caloric bloc, with the U.S. providing the bulk of the feed and processing grains.
East Asia (China, Japan, South Korea): These nations rely on the U.S. for the energy-dense grains and oilseeds needed to maintain their domestic food security and high-protein diets.
Southeast Asia: Rapidly growing populations in this region are increasingly dependent on U.S. wheat and maize to supplement local rice production.
Strategic Summary: The U.S. role is defined by consistency. By providing a reliable, year-round supply of the world's most essential grains, the U.S. prevents extreme volatility in the global price of dietary energy.
FAO SOCO: China’s Role as the Global Caloric Sink
In the framework of the State of Agricultural Commodity Markets (SOCO), China occupies the unique position of being the world’s largest net importer of dietary energy. While it is a top-tier producer of rice and wheat, its rapid dietary transition toward animal proteins has made it the primary destination for the world’s surplus calories.
1. The Scale of Caloric Imports
China’s trade strategy is defined by "structural dependency." It ensures self-sufficiency in absolute staples (rice and wheat) while outsourcing the production of high-energy feed and oils to the Americas.
Soybeans (The Primary Calorie Inflow): China imports nearly 100 million metric tons of soybeans annually. This is the single largest movement of dietary energy in world trade. These beans provide the vegetable oil for Chinese kitchens and the high-energy meal for the world’s largest swine and poultry sectors.
Maize and Grains: To support a feed demand projected at 290.7 million metric tons for 2026, China supplements its domestic harvest with significant imports of maize, barley, and sorghum.
Animal-Source Calories: As domestic dairy and beef sectors modernize, China remains a top importer of calorie-dense milk powders and frozen meats, primarily from New Zealand, Brazil, and the USA.
2. Strategic Shift: The 2026 "No. 1 Central Document"
In early 2026, the Chinese government released its "No. 1 Central Document," which outlines a major shift in how the nation interacts with global caloric markets:
From Quantity to Quality: Having maintained a grain output of 700 million metric tons for consecutive years, China is shifting focus toward increasing "oilseed capacity" (soy and rapeseed) to reduce its vulnerability to international price spikes.
New Productive Forces: China is aggressively deploying genetically engineered (GE) crops and "smart farming" to boost domestic caloric yields, aiming to reach 5.3 million hectares of GE crop area by the end of 2026.
Coordinating Imports: A new directive for 2026 involves "coordinating agricultural imports with domestic production." This means China will manage the pace of its caloric intake from the global market to protect its own farmers from price volatility.
3. Vulnerabilities in the 2026 Landscape
China’s reliance on imported dietary energy makes it sensitive to specific global disruptions highlighted in recent FAO briefs:
The Energy-Food Nexus: Rising crude oil prices in 2026 have increased shipping costs and fertilizer prices (with urea surging nearly 46%). As a massive importer, China absorbs these costs, which can lead to domestic food price inflation.
The "Strait of Hormuz" Risk: Much of the energy and fertilizer required for global caloric production passes through maritime chokepoints. Any disruption here threatens the flow of soy and maize from the Americas to Chinese ports.
Climate Resilience: To mitigate the risk of domestic harvest failures, China maintains the world's largest strategic grain reserves, estimated to hold enough wheat and rice to feed its population for over a year.
Summary: China is the world's "Caloric Sink." Its internal shift toward higher-quality, protein-rich diets dictates the production schedules of farmers in Brazil and the USA. In 2026, China’s primary goal is to maintain this flow while using technology to slowly reclaim "caloric sovereignty."
FAO SOCO: The European Union’s Dual Role in Dietary Energy
The European Union (EU) operates under a "Dual-Flow" model. It acts as a massive global supplier of high-value processed calories and cereal staples, while remaining one of the world's largest importers of energy-dense "feed calories" (oilseeds) and tropical products.
1. The EU Trade Profile: Efficiency and Value
As of April 2026, the EU remains a global leader in agri-food trade by value. Unlike the "bulk energy" model of the USA or Brazil, the EU focuses on nutrient-dense and highly processed dietary energy.
Wheat (The Primary Export Energy): The EU is a critical global provider of wheat, particularly to North Africa and the Middle East. Despite shifts in domestic environmental policies, the EU remains a top-tier source of "staple calories" for the international market.
Dairy & Meat (Animal-Source Energy): The EU is a leading exporter of cheese, butter, and pork. These represent "concentrated calories"—products that require high energy inputs but deliver high caloric and nutritional value to global markets.
The Processed Gap: A unique feature of the EU's caloric trade is its dominance in "Ultra-Processed Foods." These account for a growing share of traded calories, often carrying higher price tags per kcal than raw grains.
2. Import Dependency: The "Protein Gap"
While the EU is a net exporter in monetary terms, it faces a significant "caloric deficit" in specific categories essential for its internal food system:
Oilseeds & Protein Crops: To sustain its livestock sector, the EU relies heavily on imports of soybeans and meal. This "Protein Gap" is the EU's primary caloric vulnerability.
Vegetable Oils: The EU is a major importer of palm oil and sunflower oil, which are essential for its food processing industry and provide high-density dietary energy.
Tropical Energy: Recent spikes in the cost of cocoa and coffee have highlighted the EU's dependence on external "stimulant calories," which significantly impact the overall trade balance.
3. Strategic Shifts in 2026
Recent data reveals three major trends shaping EU dietary energy flows:
Sustainability Standards: New regulations regarding "deforestation-free" products are fundamentally changing trade routes. Exporters of soy, beef, and palm oil must now meet strict criteria, shifting EU caloric sourcing toward verified sustainable producers.
The "Green Deal" Trade-off: Domestic environmental policies have led to a slight contraction in EU caloric production. As a result, the EU has become more reliant on its network of Free Trade Agreements to balance its dietary energy needs.
The Mercosur Connection: Recent agreements are expected to increase the flow of beef and sugar (dietary energy) from Latin America to Europe, while increasing EU exports of processed foods in return.
Summary: The European Union is the "Refiner" of global dietary energy. It imports raw, energy-dense materials and transforms them into high-value, nutrient-rich exports. Its main challenge is maintaining this caloric flow while enforcing some of the world’s strictest environmental trade standards.
FAO SOCO: Russia’s Role in Global Dietary Energy Trade
In the State of Agricultural Commodity Markets (SOCO) 2026 framework, the Russian Federation is identified as a top-tier global supplier of "staple calories." Despite geopolitical shifts and trade restrictions, Russia remains the world’s leading exporter of wheat, providing the fundamental caloric intake for dozens of nations across Africa, the Middle East, and Asia.
1. The Core Caloric Pillars
Russia’s trade profile is dominated by high-volume, low-cost "survival calories." It currently controls approximately 20% of the global wheat export market.
Wheat (The Global Breadbasket): Russia remains the world’s top wheat supplier. In early 2026, the government doubled the grain export quota to 20 million tonnes to move a record harvest of 137 million tonnes. This wheat is the primary source of dietary energy for nations like Egypt, Iran, and Turkey.
Sunflower Oil (Fat-Dense Energy): Russia is the second-largest exporter of sunflower oil, accounting for roughly 25% of global trade. As one of the most energy-dense food products, this oil is a critical component of food security in regions with limited domestic fat production.
Fertilizer Trade (The Indirect Calorie): Russia is a leading exporter of nitrogen, phosphate, and potash fertilizers. By exporting these inputs, Russia indirectly supports the "caloric yield" of farmers in Brazil, India, and China.
2. Strategic Shifts and Trade Corridors in 2026
The 2026 SOCO data reveals a significant "pivoting" of Russian dietary energy toward the Global South and the East:
The China-Kazakhstan Pivot: Russia has intensified agricultural trade with China and Kazakhstan, using alternative regional trade pathways to bypass Western-controlled maritime routes.
Floating Export Duties: Russia utilizes a "floating" tax system on wheat and sunflower oil. This mechanism is designed to keep domestic bread prices stable by taxing exports more heavily when global prices spike—a move that FAO monitors closely for its impact on international market volatility.
Logistics of the "North-South" Corridor: Significant investment is being funneled into the International North-South Transport Corridor (INSTC), facilitating the flow of Russian grain into Indian and Iranian markets more efficiently than traditional Black Sea routes.
3. Vulnerabilities and Market Pressures
Despite record harvests, Russia’s role as a caloric provider faces three specific 2026 challenges:
The Currency Factor: While global wheat prices rose over 18% in early 2026 due to conflicts in the Persian Gulf and U.S. droughts, the relative strength of the Ruble has sometimes made Russian grain less competitive for small-scale buyers.
Input Costs: Like other major traders, Russia’s agricultural sector is grappling with high logistics costs and the impact of the Strait of Hormuz crisis on global shipping insurance and fuel prices.
Export Restrictions: Domestic quotas and customs fees are frequently used to protect the internal market. In early 2026, export duties on sunflower oil were increased, which can lead to "bottlenecks" where calories are trapped inside Russia while global demand remains high.
Summary: Russia is the world's most critical source of staple energy. Its ability to produce and export massive surpluses of wheat and vegetable oil makes it a linchpin of global food security, particularly for lower-income nations that rely on affordable caloric imports.
FAO SOCO: India as a Strategic "Swing Trader" in Dietary Energy
In the State of Agricultural Commodity Markets (SOCO) 2026 landscape, India is defined by its role as a "Swing Trader." It oscillates between being a critical global supplier of caloric staples and a massive importer of vegetable fats, making its domestic policy decisions a major driver of global food price volatility.
1. The Paradox of India’s Caloric Trade
India manages a complex balance between ensuring the food security of its 1.4 billion citizens and participating in the global market.
Rice (The Export Powerhouse): India remains the world’s largest exporter of rice, accounting for nearly 40% of global trade. As a primary source of dietary energy for billions across Asia and Africa, any restriction on Indian rice exports (like those seen in late 2025) immediately causes a "caloric shock" in the international market.
Edible Oils (The Import Dependency): India’s greatest caloric vulnerability is its reliance on imported vegetable oils. It is the world’s largest importer of palm, soy, and sunflower oils. This makes India highly sensitive to production trends in Malaysia, Indonesia, and Brazil.
Sugar (The Energy Surplus): India is a top-tier producer and exporter of sugar. Like Brazil, it uses a "flex" model, diverting sugarcane between food energy (sugar) and fuel energy (ethanol) based on global oil prices and domestic mandates.
2. Strategic Shifts and Policy Drivers in 2026
Recent data from the 2026 trade cycle highlights India’s focus on "Caloric Sovereignty":
The Ethanol Blending Program: To reduce energy imports, India has aggressively pushed for a 20% ethanol blending mandate (E20) by 2026. This has diverted millions of tons of sugar and broken rice away from the global food market and into the fuel tank, tightening global caloric supplies.
Export Calibrations: India frequently uses export bans or "Minimum Export Prices" on wheat and non-basmati rice to cool domestic inflation. In early 2026, FAO monitors noted that while India’s wheat stocks have recovered, the government remains cautious about resuming large-scale exports to ensure a domestic buffer against climate-related yield gaps.
Pulses and Proteins: To address nutritional security, India has expanded "South-South" trade agreements with nations like Mozambique and Myanmar to ensure a steady inflow of pulses (lentils and pigeons peas), which provide essential protein-dense calories.
3. Market Pressures in 2026
India’s trade position is currently influenced by two major external factors:
Logistics and Maritime Security: The 2026 crisis in the Strait of Hormuz and the Red Sea has significantly increased the cost of India's edible oil imports and delayed its rice exports to West Africa, leading to a rise in the domestic "cost per calorie."
Climate Variability: Following an erratic monsoon in the previous cycle, 2026 has seen India invest heavily in "climate-resilient" agriculture. The trade of millets—promoted as "Nutri-cereals"—is a growing niche where India is attempting to lead a new global market for hardy, low-water dietary energy.
Summary: India is the "Balance Wheel" of global dietary energy. When India exports, global rice and sugar prices stabilize; when it retreats to protect its domestic market, caloric costs rise for the world’s most vulnerable populations. Its 2026 strategy is characterized by a "domestic-first" approach to energy, whether for food or fuel.
FAO SOCO: Argentina’s Specialized Caloric Export Model
In the 2026 global trade landscape, Argentina remains a critical "Caloric Powerhouse." Unlike the USA or India, which have massive domestic populations to feed, Argentina is a highly specialized net exporter. It exports nearly 85% of its total agricultural caloric production, making its economic stability deeply intertwined with global commodity prices.
1. The Core Caloric Pillars
Argentina’s role in the "Leading 7" is defined by its dominance in the soybean and maize complexes, specifically focusing on energy-dense processing.
Soybean Meal & Oil (Concentrated Energy): Argentina is the world’s leading exporter of soybean meal and soybean oil. While Brazil and the USA export more raw beans, Argentina "crushes" the majority of its harvest locally. This makes it the primary global supplier of the vegetable fats used in food processing and the high-energy meal that fuels European and Asian livestock.
Maize (The Bulk Energy Surge): Argentina has solidified its position as the world's third-largest exporter of maize. In 2026, Argentine maize is vital for the "Global South," providing a cheaper alternative to U.S. corn for poultry and swine feed.
Wheat (Regional Energy Security): Argentina is the primary "breadbasket" for South America, specifically Brazil. Its wheat exports are essential for the caloric stability of the Southern Hemisphere.
2. Trade Dynamics and 2026 Strategic Shifts
Recent data highlights how Argentina is navigating economic and environmental volatility to maintain its export volumes:
The "Soy Dollar" and Export Taxes: To manage domestic inflation and debt, Argentina utilizes a complex system of export duties (retenciones). In 2026, these policies continue to influence the timing of caloric flow; farmers often store grain as a hedge against currency devaluation, which can lead to sudden "supply flushes" in the global market when policies shift.
Climate Recovery: After the devastating "Triple La Niña" droughts of previous years, 2026 has seen a rebound in Argentine yields. This recovery has been a major factor in cooling global soy and maize prices, which had spiked in late 2025.
Value-Added Energy: Argentina is a global leader in biodiesel production from soybean oil. In 2026, the trade-off between exporting "food energy" (oil) versus "fuel energy" (biodiesel) remains a central theme for Argentine policymakers as they look to maximize foreign exchange reserves.
3. Key Destinations for Argentine Calories
Argentina’s exports are globally distributed, with a focus on markets that require high-density animal feed:
Southeast Asia (Vietnam, Indonesia): These are the fastest-growing markets for Argentine soybean meal to support expanding aquaculture and poultry industries.
European Union: A traditional buyer of high-quality Argentine meal and oilseeds, though now increasingly filtered through new "deforestation-free" compliance standards.
China: While China buys more raw beans from Brazil, it remains a strategic partner for Argentine oils and processed agricultural goods.
Summary: Argentina is a Specialized Exporter. It does not just provide raw grain; it provides the processed "industrial calories"—oils and meals—that underpin the global modern diet. Its ability to maintain high export volumes in 2026 is the primary counterweight to price volatility in the Americas.
FAO SOCO: Strategic Agricultural Projects in the 7 Leading Countries
To maintain their status as global leaders in dietary energy trade, these seven nations have launched large-scale infrastructure, technology, and policy projects. As of 2026, these initiatives are designed to increase "caloric efficiency"—producing and moving more energy with fewer resources.
1. Brazil: The "Northern Arc" Expansion
Brazil is investing heavily in the Northern Arc Logistics Project. By developing ports along the Amazon and Tocantins rivers, Brazil has shifted its export flow away from the congested southern ports. This project reduces the "cost per calorie" by cutting overland transport distances for maize and soy grown in the Mato Grosso heartland.
2. USA: The Climate-Smart Commodities Initiative
The United States has funneled billions into the Partnerships for Climate-Smart Commodities. This project incentivizes farmers to adopt cover cropping and no-till farming. For the global market, this ensures that U.S. "energy" (corn and wheat) meets the increasing international demand for low-carbon food footprints.
3. China: The "Great Oilseed Expansion"
To reduce its dependence on imported fats, China has launched a national project to reclaim saline-alkali land for soybean and rapeseed cultivation. By using CRISPR and bio-engineering to create salt-tolerant crops, China aims to boost domestic caloric production in areas previously considered unculturable.
4. European Union: The "Digital Product Passport" (DPP)
The EU is spearheading the Digital Product Passport for Agri-food. This project uses blockchain to track the caloric journey from farm to fork. It ensures that every kilocalorie of beef or soy entering the EU complies with strict anti-deforestation laws, effectively digitizing the "morality" of dietary energy.
5. Russia: The New Land Grain Corridor
Russia is developing the Zabaikalsk Grain Terminal, a massive project on the border with China. This "land bridge" allows for the high-speed rail export of Siberian wheat and soy directly into Chinese markets, bypassing traditional maritime chokepoints like the Bosphorus or the Suez Canal.
6. India: The "Global Millet Hub" (Shree Anna)
India has positioned Millets as the future of global dietary energy. The "Shree Anna" project focuses on the large-scale production and export of these "super-grains." Because millets are drought-resistant and nutrient-dense, India is marketing them as a stable caloric alternative to climate-vulnerable rice and wheat.
7. Argentina: The Vaca Muerta Fertilizer Complex
To stabilize its caloric output, Argentina is leveraging its massive Vaca Muerta shale gas reserves to build new domestic nitrogen fertilizer plants. This project aims to end Argentina’s reliance on imported fertilizers, ensuring that its "cost per calorie" remains competitive even when global energy markets are volatile.
Conclusion
The trade of dietary energy in 2026 is no longer just about moving sacks of grain; it is a sophisticated race for logistical efficiency and climate resilience. While the "Leading 7" remain the same, their methods are shifting.
Exporters like Brazil, Russia, and the USA are focusing on infrastructure and carbon-tracking to maintain their dominance. Meanwhile, massive importers and swing traders like China and India are using technology and crop diversification to reclaim "caloric sovereignty." Collectively, the projects within these seven nations determine the price and availability of food for the entire planet, highlighting that in the modern era, food security is synonymous with trade security.