Maize Kharkivskyi 329 MV

Technical Overview of the “Kharkivskyi 329 MV” Hybrid

This three-line hybrid, developed by the V. Ya. Yuryev Plant Production Institute, is engineered as a balanced solution for dual-purpose farming, aimed at high-quality grain and silage production. Its technological potential is embedded in a genetic architecture optimized for resilience against regional climatic stressors.

Grain Specifications and Growth Dynamics

The flint-dent grain type features a starch content of 74%. For producers, this translates into high energy density for silage and optimal yield during threshing. With a maturity window of 110-120 days and a FAO index of 320 (within the 90-1240 classification range), the hybrid demonstrates growth stability in moderate latitudes. A recommended seeding density of 45,000–50,000 plants/ha ensures the crop maximizes its productivity potential without excessive competition for soil moisture and nutrients.

Phytosanitary Resilience

The selection strategy focused on minimizing the impact of major pathogens that typically affect maize profitability:

• Biological resistance against boil smut and various stem rots.
• Genetic tolerance to the European corn borer, reducing secondary infection risks.
• Proactive defense against specific pathogens like rice stem rot and loose smut, which is essential for high-intensity crop rotation systems.

Choosing “Kharkivskyi 329 MV” is an efficient strategy for farms seeking predictable yields with high technological plasticity in both grain and biomass quality.