Historic Super El Niño Threatens Global Agriculture and Commodity Markets

According to the "State of Food Security and Nutrition in the World" report jointly released by five UN agencies, the global number of hungry people fell for the third consecutive year in 2025, to approximately 645 million, accounting for 7.8% of the global population, down from 8.1% in 2024 and 8.6% in 2022. Improvements in Asia (especially India) and Latin America were the main drivers, but about 309 million people in Africa still face hunger. However, this progress report is overshadowed by climate anomalies: the latest models show that a historic super El Niño event may occur in 2026, threatening global agricultural production and commodity markets.

El Niño's Impact Pathways on Agriculture

El Niño directly affects crop production in key growing regions by altering rainfall patterns and temperatures. Historical data shows that strong El Niño typically leads to droughts in Southeast Asia and Australia, heavy rainfall in parts of South America, and possible warm winters in North America. For major commodities such as corn, soybeans, and wheat, production fluctuations directly transmit to global prices. FAO Chief Economist Máximo Torero pointed out that the global food system still faces economic and environmental threats, and shipping disruptions (such as in the Strait of Hormuz) have already pushed up energy and fertilizer costs; El Niño will exacerbate this pressure.

The Role of Agricultural Technology in Response

Faced with climate uncertainty, precision agriculture, agricultural AI, and sustainable farming techniques have become key adaptation tools. For example, satellite-based soil moisture monitoring and AI-driven weather models can help farmers optimize irrigation timing and reduce water waste. Regenerative agriculture practices, such as cover crops and no-till farming, can enhance soil water retention and buffer the impacts of extreme wet and dry events. In Latin America, some farms have deployed digital farm platforms to adjust planting decisions in real time. However, the adoption of these technologies still faces cost and technical barriers, especially in Africa, where smallholder farmers dominate.

Industry Impact

• Agricultural production efficiency: El Niño may reduce yields in major exporting countries (such as Brazil and Australia), but farms with high technology adoption can mitigate losses through data-driven decisions.
• Farm operation models: Farmers will rely more on climate insurance and futures hedging tools, and digital twin technology may help simulate different climate scenarios.
• Food supply chain: Although global grain stocks are at historical highs, extreme weather could quickly deplete buffers and push up food prices, especially for livestock farming that uses corn and soybeans as feed.
• Investment direction: Venture capital may accelerate toward climate-adaptive agricultural technologies, such as drought-resistant seeds, micro-irrigation, and agricultural robots.

Future OutlookIn the next 3-5 years, a super El Niño event will test the resilience of global agricultural systems. The application prospect of AI in agriculture lies in predicting regional yield changes six months in advance, helping governments and traders adjust policies. The trend of labor automation may accelerate due to labor shortages caused by extreme weather. In the food technology sector, demand for alternative proteins may grow as the cost of traditional livestock farming rises. In the long term, climate adaptability will become a core indicator of agricultural competitiveness, driving public and private capital to increase investment in precision agriculture and regenerative agriculture.

Conclusion

A historic El Niño is both a challenge to the existing food system and a catalyst for agricultural technology upgrades. As the report shows, reducing hunger does not automatically ensure adequate nutrition—global child malnutrition coexists with adult obesity. Therefore, future agricultural strategies must balance yield stability, nutritional diversity, and climate resilience, and technology is the key lever to achieve this balance.