Maize Ligato

Genetic Architecture of the Ligato Hybrid

The Austrian selection from Saatbau relies on high plasticity within the Ligato hybrid. Technically, this solution is designed to mitigate risks in unstable weather conditions. The three-way cross formula provides a significant heterosis effect, resulting in crop uniformity and vigorous early growth, which is critical for protecting yield potential during the initial development stages.

Grain Type and Moisture Dry-down

The flint-dent grain type provides an optimal balance between starch density and maturation speed. Over a 120-140 day vegetation period, this kernel structure allows for an effective combination of biological maturity and rapid moisture loss upon reaching ripeness. For agronomists, this translates into reduced drying costs and the ability to harvest within shorter time windows without compromising quality.

Versatility of Use

The engineering approach behind Saatbau’s Ligato focuses on dual-purpose usage: grain and silage-forage. The plant architecture allows for the accumulation of substantial vegetative biomass while maintaining high nutrient output in the ear. For silage, fiber digestibility is paramount, which is ensured by the specific combination of genetic lines selected by the originator. Ligato demonstrates stability across both light soils and highly fertile fields, making it a reliable tool for professional crop rotation management.