Soybean FEDORA

Genetic Potential and Adaptability of 'Fedora' Soybeans

The 'Fedora' variety, developed by the Hungarian breeder Also Kikoto (Szeged), is a mid-season selection aimed at achieving stable yields under temperate climate conditions. The key feature of this germplasm lies in the balance between the vegetation period and biochemical grain indices. A maturity window of 115–125 days allows the variety to efficiently utilize the solar cycle, accumulating 38–40% protein and 21–23% oil, making it highly suitable for both the food industry and high-protein feed production.

Agronomic Metrics and Morphology

The technical configuration of 'Fedora' plants is designed to meet the rigorous requirements of modern precision farming:

• Plant Height (85–105 cm): An optimal architecture that ensures high photosynthetic activity of the leaf canopy while maintaining excellent lodging resistance.
• Lower Pod Attachment Height (12–15 cm): A critical parameter for reducing harvest losses. This specific height minimizes cutter bar losses and allows for low-cutting headers to be utilized, ensuring maximum yield recovery.

Phytosanitary Resistance

Breeding efforts by GDM Hungary have focused on strengthening the internal plant immune system. 'Fedora' exhibits high resistance to key pathogens that typically limit soybean yield:

Genetic protection against downy mildew (Peronospora), Fusarium wilt, and various bacterial diseases reduces a farm's reliance on excessive fungicide applications. This not only decreases operational costs associated with chemical protection but also ensures the ecological purity of the final product, which is vital for international export markets.

Utilizing this variety allows agronomists to mitigate risks associated with adverse infectious pressure in the soil and atmosphere, ensuring uniform stand establishment and consistent grain filling under moderate moisture conditions.