Maize P82848

Genetic Potential and Yield Structure

The P82848 hybrid by Corteva serves as a prime example of breeding focused on high productivity for both grain and silage production. A key feature of this simple dent-type hybrid is its capability to efficiently convert solar energy into dry grain matter or high-quality silage within a narrow timeframe.

Agronomic Characteristics and Maturity

With an FAO rating of 90–1240 and a maturity period of 90 to 100 days, P82848 shows rapid growth dynamics during early vegetation stages. The dent-type grain provides optimal moisture release, which is critical for reducing energy costs during post-harvest drying. The cob architecture and biological traits of the hybrid allow for stable performance across diverse climatic conditions.

Phytosanitary Resistance

Corteva's breeding approach for P82848 prioritizes the minimization of biological risks. Genetic resistance to loose smut serves as the foundation for crop protection, preserving inflorescence integrity and preventing losses during the formation of generative organs. Furthermore, resistance to boil smut (stem smut) significantly enhances the hybrid's overall reliability in intensive farming systems.

Seeding Density Recommendations

The versatility of P82848 is supported by a broad range of recommended plant densities:

• For grain production: 65,000–70,000 plants/ha.
• For silage production: 75,000–80,000 plants/ha.

Adherence to these guidelines ensures the full realization of the root system's potential and provides optimal nutrition area for each plant, mitigating competition for water and soil nutrients.