A Rovensa Next apresenta as 3 principais dicas para levar as biossoluções à agricultura.

At a time when agriculture is facing challenges, including climate volatility, water scarcity, soil degradation, and tighter residue regulations, the shift toward biosolutions is no longer an option; it is essential for securing long‑term productivity and resilience.

To highlight this, Rovensa Next’s Biosolutionize Agriculture campaign illustrates how science-backed, locally tailored biological strategies can deliver measurable agronomic and economic impact.

Rovensa Next’s team provides three biosolutions recommendations to maintain the right balance between efficacy, sustainability, and profitability.

• Adopt Holistic Biosolutions Programs, Not Isolated Products.

The strongest results come when biosolutions are implemented as integrated crop programs, not as isolated inputs. Rovensa Next’s field evidence from its operations in 90 countries shows that growers achieve the highest impact when biosolutions, i.e., biostimulants, biofertilizers, bionutrition and biocontrol products, and adjuvants, are sequenced throughout the crop cycle and tailored to local crop needs and climate pressures.

• Start with the Foundations of Sustainable Profitability: Soil Health and Vitality, Root Architecture, and Water and Nutrient Use Efficiency.

Healthy soils, strong roots, and efficient water management are the foundations of long-term productivity. Biosolutionize Agriculture restores soil vitality, improves nutrient use efficiency, and optimizes water retention and distribution.

For growers, optimizing water use means obtaining better margins when scarcity and costs are rising. Heat, drought, salinity, and nutrient imbalance already account for 21 percent of average annual yield losses in many regions (OECD, 2023).

The message is clear: Investing in soil and root health is not just an ecological priority; it is a direct driver of stable profits, especially in increasingly unpredictable climatic conditions.

From a sustainability perspective, strengthening soil and root systems is also key to addressing major environmental pressures in agriculture. By improving nutrient use efficiency, root development, and soil biological activity, these solutions contribute to greater climate resilience and decarbonization, while helping crops maintain productivity under heat and drought stress. Rebuilding soil organic matter and microbial diversity supports soil and ecosystem health and enhances biodiversity at soil level. Better water retention and distribution in the root zone improve water-use efficiency, enabling growers to sustain yields with lower irrigation inputs.

• Build Capability and Trust Through On-The-Ground Education, Local Expertise, and Evidence-First Adoption.

Even the most effective biosolutions fail if growers lack the know how to apply them properly. This makes education a decisive factor in successful adoption.

Rovensa Next prioritizes hands‑on guidance with field demonstrations, local technical teams, digital learning platforms, and collaborative programs, to help growers understand how to integrate biosolutions effectively throughout their existing systems. This “start small, measure, scale” pathway builds trust and quantifies ROI in growers’ own fields.

When applied within an integrated crop management approach, biosolutions consistently show that efficacy, sustainability, and profitability reinforce one another, turning climate and regulatory pressure into long-lasting competitive advantages for growers in the field.