Vive Crop Protection Launches Averland SM Nematicide with Soil Mobile Technology

Key Takeaways

• Vive launches Bifender SM, a soil‑applied bifenthrin insecticide for corn
• Soil Mobile Technology moves active ingredient deeper with irrigation water
• Applicable via chemigation: drip, pivot, and overhead systems
• Field trials show reduced rootworm injury when applied in‑season

Pulse Analysis

The U.S. corn industry faces mounting pressure from western corn rootworm, a pest that has outpaced many traditional seed‑treatment solutions. While at‑plant insecticides remain the first line of defense, unpredictable weather, equipment constraints, or sudden pest spikes can leave fields vulnerable. An in‑season, soil‑borne option therefore fills a critical gap, offering growers a second chance to protect the root zone before damage translates into yield loss. Bifender SM arrives at a time when integrated pest management programs are seeking more adaptable, water‑efficient tools.

Vive’s Soil Mobile Technology distinguishes Bifender SM from legacy soil insecticides by reducing sorption to soil particles and enabling the bifenthrin molecule to hitch a ride with irrigation water. As water percolates, the active ingredient penetrates deeper, then locks in place once the soil dries, creating a broader protective band around active roots. This mechanism aligns with modern chemigation practices, allowing seamless integration with existing drip or pivot infrastructure. For large‑acre producers, the ability to apply through existing irrigation lines cuts labor costs and minimizes additional equipment investments.

The market implications are notable. By offering a product that can be deployed after planting, Vive positions itself alongside seed‑treatment leaders while differentiating through post‑plant flexibility. Early adopters may see reduced rootworm scouting costs and higher yield stability, which could accelerate broader acceptance across the Midwest. Moreover, the technology’s compatibility with multiple row and specialty crops hints at a scalable platform that could extend beyond corn, potentially reshaping soil insecticide strategies across U.S. agriculture.