MACALU

Genetic Architecture of the Makalu Hybrid

Makalu by Bejo Zaden B.V. is a professional-grade hybrid designed for agribusinesses prioritizing high-output onion production. The technological potential of this hybrid is realized through a synergy of intense yield capacity—reaching 90–100 tons per hectare—and a precise biological structure designed for modern agricultural logistics.

Morphological and Technical Specifications

The bulb features an elliptical shape, which provides optimal packing density and reduces the rate of mechanical damage during harvester operations. The light-brown outer skin acts as a robust natural barrier, maintaining the bulb's integrity and protecting the succulent white interior from moisture loss and pathogen infiltration during storage. This makes the hybrid equally suitable for both fresh market retail and industrial processing.

• Growth Cycle: 240–260 days. This long vegetation period allows the plant to accumulate significant dry matter, which is essential for bulb density and shelf life.
• Yield Potential: Achieving 90–100 t/ha is consistent with intensive cultivation protocols, leveraging modern fertigation and specialized crop protection programs.
• Origin and Breeding: The collaborative efforts of Bejo and De Groot en Slot have integrated high stress-tolerance levels, ensuring consistent performance in diverse growing environments.

Choosing Makalu means prioritizing standardization and quality control. The elliptical bulb shape is not merely a morphological trait; it is a functional feature that streamlines calibration and sorting line efficiency, minimizing product waste during post-harvest handling. The stability inherent in this genetic material allows agronomists to forecast harvest volumes with a high degree of precision, facilitating better resource management throughout the season.