Maize Dneprovskiy 172 MV

Genetic Potential and Adaptive Architecture

Dnipro 172 MV is a three-way cross maize hybrid developed by the Institute of Grain Crops of the UAAS, engineered to deliver consistent grain yields. Its primary technical advantage is an early maturation cycle of 90–100 days, allowing farmers to optimize planting schedules and secure harvests before unfavorable late-season weather conditions.

Phytosanitary Resistance

The hybrid's biological framework is reinforced by strong genetic resistance to major maize pathogens. Key defensive characteristics include:

• Helminthosporium resistance: effectively prevents premature leaf senescence.
• Common Smut (Ustilago maydis) resistance: protects cob integrity and prevents yield loss from fungal damage.

This built-in resistance is essential for minimizing crop stress and maintaining high-quality grain yields in fields with high infection pressure.

Grain Morphology and Performance

The flint-dent grain type was selected to provide an optimal balance between rapid moisture loss during maturation and high specific weight. The three-way cross architecture provides significant hybrid vigor, ensuring robust early-stage development and efficient cob formation. In practical farming conditions, this hybrid provides reliable, high-quality grain output, maintaining yield consistency even in environments with variable precipitation.