Gomera

Genetic Architecture of the Gomera Hybrid

The French breeding expertise of Euralis Semences and Rustica Prograin Genetique has delivered a solution tailored exclusively for silage production. Gomera is a simple hybrid, a design choice that ensures crop uniformity and predictable development for every individual plant. For an agronomist, this translates into synchronized biomass maturation, which is crucial for optimizing fermentation processes during silage ensiling.

Phytosanitary Resistance as a Foundation for Productivity

A primary engineering objective during the development of Gomera was to mitigate risks associated with fungal diseases that can compromise feed quality. The plant's genetic architecture is reinforced against two major corn pathogens:

• Loose Smut: Euralis breeders have provided a high barrier of protection, effectively preventing systemic infection of the panicle and cob, thereby maintaining the structural integrity of the silage mass.
• Common Smut: Through meticulous selection of parent lines, the hybrid exhibits high resistance to spores that typically infiltrate through physical plant damage.

Notably, in field conditions, the hybrid also demonstrates reliability against onion stem smut. From an agronomic standpoint, this allows for a reduction in fungicide application during early growth stages, as the plant leverages its own inherent defense mechanisms.

Practical Value for Livestock Farming

Gomera was engineered as a specialized tool for feed production. This simple hybrid possesses high initial growth vigor, enabling quick row closure and effective suppression of weed competition. The high green biomass yield per hectare, supported by excellent leaf density, makes it an optimal choice for operations utilizing intensive cattle feeding programs. The French genetics ensure that the nutrients within the silage are highly accessible to the rumen microflora of livestock.