Maize Sarolta

Genetic Architecture of the «Sharolta» Hybrid

Hungarian breeding from the Cereal Research Non Profit Company focuses on creating hybrids capable of efficiently converting solar energy into grain mass. The three-way cross structure of the «Sharolta» hybrid is a deliberate choice by the originators (Gabonakutato, dr. Rajki Erzsebet, Kazi Ignac), aimed at increasing ecological plasticity. Unlike single-cross hybrids, this genetic design mitigates the risks of sudden moisture and temperature fluctuations, ensuring harvest stability even under intense environmental stress.

Phytosanitary Resilience as a Yield Foundation

The technical advantage of «Sharolta» lies in its comprehensive immunity established during the selection process. Farmers no longer need to exhaust resources on intensive fungicide protection against a wide range of pathogens:

• Pathogen Barrier: The hybrid shows high resistance to Helminthosporium and Fusarium. This minimizes the risks of grain mycotoxicosis, which is critical for the quality of commercial corn.
• Rot Resistance: The inherent genetic resistance to stalk rot allows the plant to remain upright until harvest, preventing lodging and losses during mechanized harvesting.
• Anti-Pest Immunity: Resistance to common smut and the European corn borer ensures the integrity of the stalk and ear, directly impacting the preservation of nutrients in the grain.

Agronomic Parameters

This hybrid is oriented exclusively toward grain production. The FAO rating in the range of 90–1240 requires the agronomist to strictly adhere to technological discipline depending on the cultivation zone. The recommended sowing density varies from 60 to 70 thousand plants per hectare. Choosing a density of 60–65 thousand plants per hectare achieves the maximum ear size, while increasing it to 65–70 thousand plants per hectare maximizes overall yield on highly fertile soils with adequate water availability.