Maize Kishkun 4220 (Natalia)

Genetic Potential and Morphology

Hungarian breeding standards, maintained by Kiskun Research Centre, are centered on climate resilience, and the "Kiskun 4220 (Natalia)" hybrid is a prime example of this philosophy. Originator Dr. Samir Redi focused on high early-stage vigor, a critical factor for establishing a robust root system and a sturdy stalk structure, even in early planting conditions.

Grain Technology Profile

The defining trait of Natalia is its dent-type grain. For an agronomist, this translates into predictable drying kinetics. The dent structure, characterized by a specific ratio of soft to hard starch, facilitates rapid moisture release during maturation. This efficiency significantly reduces drying costs and minimizes field losses associated with delayed harvesting.

Agronomic Performance

• Target Use: This hybrid is engineered exclusively for grain production. The metabolic resources are fully diverted to developing a dense, heavy cob with high 1000-kernel weight potential.
• Stability: The genetic architecture provided by Kiskun Research Centre ensures the plant maintains high productivity even during short-term moisture deficits during flowering, a trait validated by performance trials in Central European climates.
• Harvestability: The hybrid’s high level of uniformity in ripening is a major advantage for large-scale operations, allowing for precise scheduling of harvesting machinery.

By choosing 4220 (Natalia), farmers obtain a reliable instrument for achieving maximum yields in intensive grain cropping systems. It is a strategic choice for operations prioritizing economic efficiency per hectare through reduced logistics and drying expenditures.