Limagrain Cereal Seeds
Advancing Wheat Genetics to Address Persistent Weed Pressure

Grassy weeds such as feral rye and downy brome have become a major constraint for wheat growers, reducing yield potential and grain quality across key growing regions. Traditional wheat varieties have offered limited control options, forcing growers to rely on management practices that often fail to deliver consistent results.

Limagrain Cereal Seeds addresses this challenge by combining advanced breeding with integrated weed control systems. Its CoAXium® platform pairs high-performing wheat genetics with a non-GMO herbicide tolerance trait and a compatible ACCase herbicide.

“CoAXium® was developed to pair elite genetics with a patented non-GMO herbicide tolerance trait and a superior ACCase herbicide,” says Kris Lovin, marketing lead.

Aligning Breeding Programs with Field Realities

Growers operate in diverse and shifting environments, where performance stability is as critical as yield. Limagrain Cereal Seeds has structured its breeding programs to respond directly to these conditions by incorporating continuous feedback from growers.

Regional breeding efforts across the Northern Plains, Pacific Northwest, and Central Plains ensure that varieties are adapted to specific environmental and agronomic conditions. Multi-year, multi-location analytics are used to identify stable performers that maintain consistency under varying weather patterns.

Predictive breeding tools further support this process by accelerating the selection of varieties that can withstand changing climate conditions. This approach allows the company to deliver genetics that align closely with the needs of growers across different regions.

Delivering Measurable Improvements in Weed Control

The CoAXium® system, including varieties such as LCS Fusion AX, provides growers with a targeted approach to managing grassy weeds. By enabling effective herbicide application within wheat fields, the system reduces weed pressure that would otherwise impact crop performance.

Growers report improvements in field conditions and grain quality. Reduced weed presence contributes to lower dockage levels, while cleaner fields support more consistent harvest outcomes. These improvements translate into better overall crop value and more efficient use of inputs.

In addition to weed control, the system supports agronomic performance under challenging conditions. New CoAXium® pipeline varieties demonstrate drought tolerance and consistent performance, making them a reliable option in environments where variability is a constant factor.

Integrating Innovation to Accelerate Genetic Development

Limagrain Cereal Seeds integrates advanced technologies to improve the speed and effectiveness of its breeding programs. Techniques such as speed breeding, double haploid development, and genomic selection reduce breeding cycles from nine years to as few as six.

This accelerated development allows new varieties to reach the market more quickly while maintaining performance standards. Partnerships with organizations such as Albaugh and the Colorado Wheat Research Foundation further support the advancement and deployment of integrated systems like CoAXium®.

These collaborations enable the company to combine genetic innovation with practical field solutions, ensuring that new technologies are both accessible and effective for growers.

Looking ahead, the company is focusing on three priorities that reflect evolving agricultural demands. Stability across unpredictable climate conditions remains essential, as growers seek reliable performance despite environmental variability.

Expanding herbicide-tolerant systems will continue to play a role in managing resistant weeds, while improvements in grain quality, particularly protein levels, are becoming increasingly important. Balancing these factors without compromising yield is central to supporting grower profitability.

Limagrain Cereal Seeds, as a farmer-owned cooperative, maintains a focus on delivering solutions that address real field challenges. By aligning breeding innovation with practical agronomic needs, it enables growers to manage weed pressure effectively while maintaining consistent crop performance.