Brazil–China Trade Drives 25% of Global Deforestation Exposure as 73 Municipalities Emerge as Key Intervention Points

A new Trase analysis shows that the agricultural trade relationship between Brazil and China now accounts for 25% of all global deforestation exposure linked to internationally traded agricultural commodities. The concentration is striking because it means one bilateral trade corridor has become one of the most important pressure points in the global effort to reduce land-use change, supply-chain emissions, and biodiversity loss. Trase also states that the trade relationship is worth about US$47 billion a year, making it the largest agricultural trade link in the world.

The scale of interdependence is equally significant. Trase says 52% of Brazil’s agricultural exports go to China, while Brazil supplies 34% of China’s agricultural imports. That level of mutual reliance means deforestation risk is no longer a narrow environmental issue confined to producing regions. It is now directly tied to trade resilience, food security, and the stability of one of the world’s most important commodity relationships.

 

The risk is concentrated enough to make targeted action realistic

 

One of the most important findings in the Trase analysis is that the deforestation exposure is highly concentrated rather than evenly spread across Brazil. According to the report, more than 1,500 Brazilian municipalities supply soy to China, but just 73 of them account for 75% of the deforestation risk linked to that trade. That concentration changes the policy and investment conversation because it suggests meaningful progress may be possible through focused intervention in a relatively small number of places rather than across the full trade network.

This matters for companies, investors, and policymakers because concentrated risk creates a clearer path for action. Stronger land-use enforcement, improved traceability, tighter procurement standards, and better local governance in these municipalities could potentially reduce a large share of global deforestation exposure without requiring a broad disruption of Brazil–China trade volumes. That conclusion is an inference based on the municipal concentration data reported by Trase.

 

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Climate disruption is already feeding back into the supply chain

 

The Trase findings land at a time when agricultural production in Brazil is already being affected by climate volatility. The analysis highlights a severe 2020 drought in Rio Grande do Sul that cut soy production by 46% and maize production by 32%. It also points to Amazon drought conditions in 2021 and 2022 that contributed to an estimated US$13 billion loss in soy harvest value and helped drive a 12% drop in Brazil’s agricultural GDP in early 2022.

These figures matter because they show deforestation risk and climate risk are no longer separate issues. Forest loss contributes to climate instability, and climate instability is already undermining agricultural output and supply reliability. For Chinese importers and multinational buyers dependent on Brazilian commodities, this creates a more direct commercial exposure to environmental degradation than traditional sourcing models often assume. This is an inference grounded in the production-loss figures cited in the Trase-based reporting.

 

Trase is framing the relationship as a test case for bilateral climate cooperation

 

Trase argues that Brazil and China are unusually well placed to reshape global agricultural supply chains if they act together. In its March 2026 analysis, it described the possibility of a “Beijing-Brasília effect,” where bilateral action between two dominant trade partners could create a scalable model for reducing deforestation exposure while maintaining agricultural trade. The report says the foundations for this are already in place because of the size of the trade relationship, the environmental significance of the corridor, and the strategic relevance of deforestation and low-carbon agriculture to long-term supply-chain resilience.

That framing is important because it shifts the story away from passive risk monitoring and toward coordinated intervention. At a time when multilateral environmental cooperation is often slow and fragmented, a bilateral model between Brazil and China could become a more practical route for influencing sourcing standards, traceability systems, and land-use outcomes at scale. This is an inference based on the strategic rationale set out by Trase.

 

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What this means for investors and corporate buyers

 

For companies exposed to soy, beef, and other forest-risk commodities, the Brazil–China corridor is becoming harder to ignore as a material ESG issue. Supply-chain scrutiny is rising, anti-deforestation regulation is tightening in several markets, and buyers are being asked to show stronger evidence around traceability and sourcing integrity. When 25% of global deforestation exposure is tied to one trade relationship, pressure is likely to increase on businesses and financial institutions that operate within or finance that system. This final point is an inference based on the scale of exposure reported by Trase and broader market trends around deforestation due diligence.

The significance of the new findings is therefore larger than one bilateral trade statistic. They suggest that the future trajectory of global commodity-linked deforestation may depend disproportionately on whether Brazil and China can translate trade scale into governance scale. If they can, this corridor could become a model for risk reduction. If not, it may remain one of the biggest structural channels through which global demand continues to drive forest loss. This is an inference based on the Trase data and the concentration of risk it identifies.