Global Proven Field Results

The trial highlights Rootella BR as a practical biological tool for large-scale corn production, supporting stronger crop development and more efficient fertilizer use from establishment through harvest.

The soybean results show how Rootella can bridge the productivity gap created by lower phosphorus inputs, supporting a more efficient fertility strategy without sacrificing crop potential.

The corn results highlight Rootella's role in maintaining productive potential when phosphorus inputs are cut, helping growers pursue lower-input fertility without giving up crop performance.

The Chapecó result shows how Rootella can support strong wheat productivity with half the phosphorus input, opening a practical route to greater nutrient efficiency.

At Gladstone, Rootella helped the soybean crop develop more uniformly and express stronger field potential throughout the season.

The Swan River result shows how Rootella can support a more even, resilient soybean crop when field conditions challenge consistency.

The Northern Manitoba trial offers a closer look at how Rootella can help oats sustain performance when growing conditions are less predictable.

In Alberta barley, Rootella helped the crop make better use of its growing environment, pointing to a practical biological advantage worth exploring.

The Regina result shows how improved root-zone access can help peas maintain stronger field performance in a practical production setting.

Under northern conditions, Rootella helped white spring wheat develop more consistently from the root zone through grain fill.

The Rivers trial shows how Rootella can help spring wheat convert stronger root-zone access into a more consistent crop.

In Ontario winter wheat, Rootella supported a more consistent crop and a stronger finish, inviting a closer look at the full field results.

This replicated trial shows that mycorrhizal inoculation can add agronomic value even when corn already receives a full nitrogen program.

The Aurora trial shows how Rootella can complement a complete fertility program in a high-yield environment, extending performance beyond conventional inputs alone.

This trial highlights Rootella's potential to support corn performance within a reduced-nitrogen program while improving the efficiency of the existing fertility strategy.

The on-farm comparison shows how Rootella can fit standard seed-treatment practices while supporting crop productivity and plant-soil health at commercial scale.

Across two high-performing hybrids, the trial highlights Rootella L's ability to help corn express its genetic potential through a more efficient root system.

Across two Pioneer hybrids, Rootella L delivered a consistent response, reinforcing its fit within standard corn management programs in Iowa.

Across two Mississippi environments, Rootella supported consistent crop performance and grain-quality benefits, demonstrating adaptability from trial plots to large-scale applications.

The two Iowa trials highlight variety- and location-specific responses, with Rootella L supporting nutrient and water-use efficiency across contrasting soybean conditions.

The trial shows how Rootella can help maintain corn performance when MAP inputs are reduced, giving growers a practical route to more efficient phosphorus management.

The reduced-phosphorus strategy combined fertilizer savings with maintained productivity, showing how biological efficiency can help protect margins as input costs rise.

Across two trials, the reduced-phosphorus Rootella strategy supported stronger soybean performance while lowering fertilizer inputs, highlighting the value of biological nutrient access.

The trial shows how greater nutrient-use efficiency can compound value through stronger crop performance and lower phosphorus input costs.