EL NIÑO RETURNS TO THE CENTER OF CONCERNS IN AGRICULTURE AND RAISES ALERT FOR THE UPCOMING HARVEST

After a beginning of the year marked by climate fluctuations and increasing pressure on production costs, an old acquaintance of the agricultural sector has returned to the spotlight: El Niño.

In recent weeks, international meteorological institutions have been reinforcing warnings about the advancement of the climate phenomenon. Data released by NOAA, the U.S. climate monitoring agency, indicate a high probability of El Niño consolidation within this very production cycle, with a tendency to intensify between the end of 2026 and the beginning of 2027.

The topic gained even more attention after agricultural sector experts warned of the possible impacts on global food production. In a recent interview with CNN Brasil, the director of FDC Agroambiental, Marcello Brito, stated that the phenomenon is expected to affect both seasonal and perennial crops in different regions of the world, increasing production risks at a time of elevated costs, restricted credit, and instability in the fertilizer market.

In Brazil, the effects of El Niño tend to vary by region. While some areas may face excess rainfall, others are likely to suffer from prolonged droughts and above-average temperatures.

In the field, this translates into an increasingly complex challenge for rural producers, as climate impact does not affect only final production potential. Extreme temperatures and irregular water availability directly interfere with plant metabolism, compromising nutrient absorption, root growth, soil biological activity, and the physiological balance of plants.

For this reason, there is growing demand among producers and consultants for management practices capable of increasing crop resilience in the face of more unpredictable scenarios. In this context, regenerative agriculture technologies are gaining ground as important tools in building more balanced and stable production systems.

Carbom Brasil develops solutions focused precisely on the physiological strengthening of plants and the improvement of soil health, helping producers build production environments better prepared to withstand climate stress conditions.

Products such as Raiz F Plus, Solus F Plus, Foliar, and AD Carbom work to promote root development, nutritional efficiency, and soil biological activity — factors that contribute to greater crop stability in years of higher environmental pressure.

In a scenario where the climate is becoming increasingly unpredictable, preparing crops to better respond to environmental challenges has become an essential part of the productive strategy in the field.