Maize R 16059

Genetic Potential and Ear Structure

RAGT's French breeding program traditionally focuses on intensive development, and the Р 16059 hybrid fits perfectly into this strategy. Technically, this hybrid is oriented exclusively toward grain production, which leaves a specific mark on the plant's morphology. At its core is a high adaptability to stress factors during the grain-filling period, achieved through a balanced ratio of vegetative mass to generative organs.

Agrotechnical Advantages and 'Internal Mechanics'

• Moisture Release Rate: The hybrid demonstrates a high rate of moisture loss during ripening, which is critical for reducing post-harvest drying costs. This is achieved through the specific structure of the ear husk, which ensures optimal ventilation.
• Lodging Resistance: The root system and stem strength of Р 16059 are designed to minimize losses during mechanical harvesting. The tillering node is positioned to stabilize the plant even under high wind loads, allowing for a broader harvest window.
• Grain Filling: The grain rows in the ear are optimized to ensure maximum thousand-kernel weight while maintaining high density. This is not just about the number of kernels, but the hybrid's ability to 'pull through' every ear even under conditions of unstable moisture.

By choosing Р 16059, an agronomist gains a tool for consistent grain yields. French breeders at RAGT have focused on converting the plant's biological energy not into stem biomass, but directly into ear productivity, making this hybrid a reliable choice for professional operations focused on crop profitability.