Karacter

Genetics and Plant Architecture

The «Karakter» pea variety, developed by the Austrian company RWA Raiffeisen Ware Austria, represents a strategic choice for high-yield farming. The core of this variety’s performance lies in its plant morphology. Its genetically determined tall height allows for a significant vegetative mass. In intensive farming, this architecture is a major advantage: the rapid closing of canopy between rows provides superior weed suppression during the early stages of development, reducing the reliance on chemical weed control.

Technical Efficiency in Harvesting

The height of the «Karakter» plant is a critical parameter for operational efficiency. Unlike shorter varieties, this pea demonstrates exceptional resistance to lodging, which is essential for harvest operations. This is achieved through stem integrity and a well-developed system of tendrils that act as a framework, supporting neighboring plants. Practically, this translates into lower grain losses during header operation and enables higher harvesting speeds, significantly reducing operational time in the field.

Adaptability and Yield Realization

Austrian breeding standards from RWA Raiffeisen Ware Austria prioritize stability under moderate continental climates. The «Karakter» pea shows high tolerance levels to key pulse pathogens. Physiologically, the plant efficiently utilizes soil moisture during the flowering and pod-filling stages, mitigating the risks posed by sudden temperature fluctuations. The tall stem promotes better airflow in the lower canopy, which prevents the development of fungal infections in dense stands.

• Optimized photosynthesis through an expanded leaf surface area.
• Reduced harvest losses due to strong, upright growth habit.
• Consistent grain quality with high protein content.

By selecting «Karakter», agronomists acquire a tool that combines classic breeding expertise with modern mechanized farming requirements, ensuring that every centimeter of plant height contributes to the final return on investment per hectare.