Sugar beet Slatka KWS

The Genetic Architecture of Слатка КВС Protection

German breeding from KWS in the Слатка КВС hybrid focuses on creating a comprehensive barrier against key pathogens that limit sugar beet yields. The foundation of this technology is the diploid ploidy type, which ensures high seed germination energy and uniform seedling development under the stressful conditions of the early vegetation period.

Phytopathological Resistance as a Basis for Potential

• Rhizomania: The integration of resistance genes against Beet Necrotic Yellow Vein Virus (BNYVV) allows for the preservation of crops even in infected soils, where conventional varieties could lose up to 50% of the root crop.
• Cercospora: KWS's breeding strategy is aimed at shaping the morphological characteristics of the leaf apparatus, which slows down fungal progression, significantly reducing the reliance on fungicide treatments.
• Powdery Mildew: A preventive genetic mechanism inhibits mycelium formation at early stages, keeping the photosynthetic leaf surface active until the end of the sugar accumulation period.

The practical advantage of this solution lies in the stability of sugar content. Because the plant does not expend resources on tissue repair, the entire energy balance is channeled into root mass formation and sucrose synthesis. The choice of a diploid type here is a bet on technical efficiency: the uniformity of the root crops facilitates mechanical harvesting, minimizing losses during the extraction process.