Brazil Is Catching America in Agriculture

The United States remains the Deeper Farming Power. Brazil is becoming the Exporter Best Placed to Supply the Next Wave of Global Demand 

The Contour 

 

 

A recent Financial Times article pointed to a remarkable convergence. In 2025, the United States exported roughly $171 billion in agricultural goods. Brazil exported $169.2 billion in agribusiness products.

The figures are not perfectly comparable. The two countries classify agricultural exports differently, commodity prices move the totals and the United States still remained narrowly ahead. But the near-overlap captures a shift that matters more than the ranking itself.

For decades, the United States represented agricultural power in its most complete form: mechanised farms, deep capital markets, advanced crop science, vast river and rail networks and an export system capable of shaping prices far beyond its borders.

Brazil has not simply copied that model. It has built a different one.

Its advantage lies in its ability to expand. When global demand for soy rises, Brazil has more room to plant. When Asia needs more animal feed, Brazilian farms can often produce maize after soy on the same land. When importers demand more chicken, beef or sugar, Brazil is increasingly the country able to provide the additional volume.

The question is no longer only who produces more.

It is who can supply the next tonne.

That capacity was not created by geography alone. The Cerrado had to be transformed through public research, soil correction, tropical seed development, subsidised credit and new farming systems. China then gave that productive base a market large enough to reorganise global trade around it. New transport corridors connected Brazil’s interior more directly to Asian demand, while multiple annual harvests turned a tropical climate into an advantage few temperate systems can reproduce.

The result is a new division of agricultural power. The United States remains stronger in finance, insurance, technology, infrastructure and high-value production. Brazil is becoming stronger where future demand is growing fastest: bulk food, animal feed and exportable volume.

But Brazil’s rise is less autonomous than it appears. Its farms depend heavily on imported fertiliser. Its exports rely on costly transport corridors and global commodity traders. Its long-term advantage rests on rainfall patterns that continued agricultural expansion may itself weaken.

Brazil is catching America in agriculture because it has become better positioned to absorb the growth in global demand. Whether it can turn that position into durable power will depend on something more difficult than producing the next harvest: controlling the systems beneath it.

Brazil’s agricultural rise is often described as a triumph of scale. The country had land, sun and water; once global demand grew, it simply put more of them to work.

That explanation misses the most important part of the story.

Much of the land now producing Brazil’s soy, maize and cattle was not once considered a natural agricultural heartland at all. The Cerrado, a vast tropical savannah across central Brazil, was long viewed as too acidic, too nutrient-poor and too difficult to farm at scale. Its transformation required decades of public research, soil correction, tropical seed development, rural credit and new production systems.

Embrapa, Brazil’s state agricultural research institution, became central to that process. Researchers adapted soybeans to tropical conditions, improved pasture grasses, promoted no-till farming and developed methods that made degraded soils commercially productive. The result was not the discovery of a ready-made frontier. It was the creation of one.

That distinction matters because it explains why Brazil’s advantage is more durable than a simple abundance of land would suggest. Over the past four decades, Brazilian grain production rose far faster than the area under cultivation. Expansion played a role, but so did higher yields, better crop management and, increasingly, the ability to harvest more than once from the same land.

The clearest example is maize. In large parts of central Brazil, farmers now plant soybeans first and maize immediately afterwards. This second crop, known as the safrinha, has become the backbone of Brazilian maize production and now accounts for the large majority of the national harvest. A single hectare is therefore not only producing more. It is producing twice.

That is one of the structural advantages the United States cannot easily replicate. American agriculture remains more heavily capitalised and better supported by insurance, finance and infrastructure. But its temperate climate usually limits farmers to one main annual cycle. Brazil’s tropical calendar allows the same land to move from soy into maize, and in some regions into further livestock or integrated crop systems, within a single year.

This is what makes Brazil so important to the next phase of global demand. Its rise is not simply about catching the United States in export value. It is about building a system with more room to respond when the world needs more.

That capacity existed before China became the dominant buyer, but Chinese demand gave it scale. As China’s livestock sector expanded, its need for soy-based animal feed grew with it. Brazilian production was already moving into the Cerrado; Chinese imports turned that expansion into one of the largest trade shifts in the modern food system.

By 2024, roughly 71 per cent of China’s soybean imports came from Brazil. In the first half of 2025, nearly three-quarters of Brazil’s soybean exports went in the other direction. The relationship is now large enough to shape planting decisions, logistics investment and export infrastructure across central and northern Brazil.

Trade tensions with the United States accelerated the process. China did not reduce its exposure to foreign food by importing less. It reduced its exposure to American agriculture by concentrating more of its demand in Brazil.

That shift helped turn Brazilian agriculture from a national success story into a global dependency. When China needs more soy, when feed demand rises in Asia, or when importers seek more chicken, beef or sugar, the additional supply increasingly comes from Brazil. The country has become the place where global demand expects the system to stretch.

That does not mean Brazil has built a superior version of American agriculture.

The United States still possesses the deeper system. Its farmers operate inside denser financial markets, stronger crop-insurance structures, better river and rail networks and a far larger ecosystem of machinery, biotechnology, processing and agricultural services. American exports are also increasingly concentrated in higher-value products rather than only bulk commodities. The US remains more resilient, more capitalised and more technologically embedded across the global food economy.

Brazil’s advantage is different. It is more expandable.

Lower land costs in frontier regions, multiple harvests, rising productivity and a trade structure geared toward bulk demand allow Brazil to release more volume onto world markets when demand grows. The United States still produces at extraordinary scale, but more of its output is absorbed at home by livestock, food processing and biofuel mandates. Roughly 40 per cent of American maize is tied to ethanol and related products, while a growing share of soybean oil is consumed by the domestic biofuels industry.

Brazil also links food and energy, but in a more flexible way. Its sugarcane sector can shift between sugar and ethanol, while maize ethanol is expanding alongside, rather than fully displacing, export agriculture. The comparison is therefore less about one country rising while the other collapses than about two different forms of power.

America remains the more complete agricultural machine. Brazil is becoming the more available one.

That availability, however, depends on a system far larger than the farm itself.

Soy grown in Mato Grosso has little geopolitical value if it cannot reach a port at a competitive price. For years, Brazil’s interior producers paid a heavy logistics penalty, moving grain thousands of kilometres by truck toward southern ports such as Santos and Paranaguá. That gap helped preserve America’s advantage even when Brazilian production costs were lower.

It is now narrowing.

Northern export corridors have begun to redirect grain through the Amazon basin and Atlantic ports closer to Asia. River terminals, storage facilities, highways and private port investments have turned places such as Miritituba, Barcarena, Santarém and Itaqui into increasingly important links in the global food chain. In the first eight months of 2023, four northern ports handled a larger share of Brazil’s maize exports than Santos.

This shift matters because it changes the effective geography of Brazilian agriculture. Mato Grosso is still deep inland, but it is no longer connected to the world through a single expensive route south. The expansion of the Arco Norte shortens shipping distances, lowers costs and makes Brazil’s agricultural frontier more responsive to Asian demand.

The Brazilian harvest may begin on the farm, but it becomes global power only at the port.

Yet the same system that makes Brazil indispensable also exposes how incomplete its autonomy remains.

Brazil imports around 85 per cent of the fertiliser it uses. Its dependence is especially high in nitrogen and potash, linking its farms to suppliers such as Russia, Canada, China and Morocco, as well as to gas prices, sanctions, maritime routes and geopolitical disruption far beyond South America.

This is the hidden inversion beneath Brazil’s rise.

The country exports food security while importing many of the minerals that make that security possible.

A disruption in the Black Sea, a shock to natural-gas markets or a breakdown in maritime trade would not stay outside Brazil’s agricultural system. It would move quickly into farm margins, planting decisions and global food prices. Brazil may be the supplier the world increasingly depends on, but Brazil itself depends on an international input system it does not control.

The same is true of finance and trade. Global commodity groups still play a central role in storage, credit, terminals and exports. Cargill, Bunge, ADM, Louis Dreyfus and COFCO sit alongside Brazilian firms such as Amaggi, JBS and Marfrig in the infrastructure between farm and market. Brazil controls an extraordinary productive base, but the margins, routes and commercial intelligence surrounding that production are shared with transnational capital.

Agricultural power therefore does not belong to the Brazilian state alone. It is distributed across research institutions, banks, traders, port operators, regional governments and large domestic conglomerates. Brazil is powerful because the production happens on its territory. That does not mean it controls every system through which that production acquires value.

The most difficult limit may be ecological.

Brazil’s competitive advantage rests on expansion, but expansion can weaken the environmental systems that make further production possible. The Cerrado and Amazon are not simply landscapes beside the agricultural frontier. They influence rainfall, river flows, soil moisture and the stability of planting seasons across much of the country.

Deforestation is therefore more than a reputational problem or a dispute between farmers and environmentalists. It is a threat to the physical foundations of Brazil’s export model.

Research increasingly links forest loss to changes in regional rainfall and lower yields in soy and maize. At the same time, droughts, extreme heat and severe flooding have already disrupted important agricultural regions. Southern Brazil has moved between water shortages and destructive floods, while producers elsewhere face less predictable rains and higher temperatures.

Brazil’s geographic size provides some protection. A poor harvest in one region can be offset elsewhere. But the system still depends on stable seasons, navigable rivers and rainfall patterns that large-scale land conversion may itself be altering.

The ultimate limit to Brazilian agricultural power may not be land.

It may be rain.

That tension will increasingly shape Brazil’s external relationships. The European Union can use traceability and deforestation rules to condition market access. China can use purchasing power and phytosanitary controls to influence trade. Fertiliser suppliers can transmit geopolitical shocks into production costs. Global traders and infrastructure owners can determine how cheaply crops reach the market.

Brazil’s agricultural rise gives it leverage, but not independence.

It has become more important to China, the Middle East and other import-dependent regions because it supplies commodities that cannot be easily replaced at the same scale. A crop failure, export disruption or disease outbreak in Brazil now has consequences far beyond Brazilian consumers. It can raise animal-feed costs in Asia, meat prices in the Middle East and sugar prices across world markets.

That creates a form of power. Brazil does not need to threaten export restrictions to matter. Its importance is embedded in the calculations of every country that depends on its soy, meat, sugar or maize.

But this is not absolute food sovereignty. Brazil remains exposed to its largest buyer, to imported inputs, to private infrastructure and to the ecological stability of the territory it is still converting.

The United States is therefore not simply being replaced. It is being joined by a different kind of agricultural power.

America remains stronger in the systems around the farm: finance, insurance, technology, processing and high-value trade. Brazil is becoming stronger in the part of the market where the next increment of demand must be met.

That distinction matters because the future of food power will not be decided only by who produces the largest harvest. It will be decided by who can expand when the rest of the world cannot.

Brazil is catching America because it has built the system best positioned to do exactly that.

Its lasting power will depend on whether it can also secure the fertiliser, infrastructure and rainfall beneath the next tonne.