In 2026, biological inputs and regenerative agriculture are no longer niche strategies-they are becoming central to how crops are produced globally. Across Latin America, growers, agronomists, and agribusiness companies are accelerating adoption to improve nutrient use efficiency (NUE), reduce input costs, and adapt to increasing environmental and market pressures.

This shift is particularly relevant for companies operating in the biostimulants, biofertilizers, and crop biologicals sector, as the region emerges as one of the most dynamic growth markets worldwide.

The starting point is structural. The heavy reliance on synthetic fertilizers has contributed to soil degradation, nutrient losses, and declining long-term productivity. According to data compiled by our newsroom from international research institutions and field sources, between 30% and 33% of global soils show moderate to severe degradation, directly impacting nutrient availability and farm profitability.

In this context, nutrient use efficiency (NUE) has become a key performance metric. The goal is no longer just to apply nutrients, but to ensure that crops actually absorb and utilize them. This is where biologicals are gaining traction.

Bioinputs

Biological Inputs: The Fight for Profitability Is Reshaping Agriculture in Latin America

Through mechanisms such as biological nitrogen fixation, phosphorus solubilization, potassium mobilization, and root system stimulation, biological products enhance the natural processes that govern plant nutrition. The result is a system that delivers higher efficiency with lower input intensity.

For row crops such as soybeans, corn, and wheat-dominant across Brazil, Argentina, and Paraguay-this translates into more stable yields and improved return on fertilizer investment, particularly in volatile input markets.

At the same time, biologicals are playing a growing role in soil health restoration. Products based on microbial activity, humic substances, and natural extracts are improving soil structure, water retention, and long-term fertility, aligning with regenerative agriculture practices.

Across Latin America, this transition is being reinforced by climate variability. Field insights gathered by our editorial team and regional agronomic advisors indicate that biological-based programs help maintain root activity and nutrient uptake under stress conditions, particularly during drought or extreme weather events.

Another key factor is economic. As fertilizer prices remain volatile and logistics risks persist, growers are increasingly seeking solutions that optimize input efficiency rather than simply increase application rates. Biologicals fit directly into this strategy, acting as performance enhancers for existing fertility programs.

Rather than replacing synthetic fertilizers entirely, the current trend is toward integration. Biologicals are being incorporated into crop programs to maximize nutrient efficiency, reduce environmental impact, and stabilize productivity.

For companies in the biologicals sector, Latin America represents a unique opportunity. The region combines large-scale agriculture, high adoption potential, and increasing demand for sustainable solutions, making it a strategic market for growth, partnerships, and investment.