Sugar beet SANDPIPER SMART

Technological Potential of the Sandpiper Smart Hybrid

The breeding excellence of Sesvanderhave Nv/Sa, embodied in the "Sandpiper Smart" hybrid, is engineered to maximize sugar yield per hectare even under high infection pressure. The core of this hybrid is its genetically inherent tolerance to a complex of pathogens that typically limit yields in Central and Eastern Europe.

Biological Protection and Morphology

The key advantage of this hybrid is its comprehensive resistance, which ensures the integrity of the foliage. The defense strategy is based on:

• Phytosanitary Resilience: The genetic base effectively inhibits the development of Cercospora and powdery mildew, reducing dependence on fungicide applications. Resistance to black root rot (Aphanomyces/Pythium) during early vegetative stages ensures uniform emergence.
• Root Architecture: The cylindrical-conical shape promotes balanced development within the soil profile, facilitating mechanical harvesting with minimal losses. The medium size of the root is optimized to maintain a high sucrose concentration (21-22%).
• Decay Resistance: High resistance to soil-borne pathogens and rots minimizes storage and transport losses, which is critical for agricultural enterprises with long logistics chains.

The engineering approach of Sesvanderhave Nv/Sa in developing "Sandpiper Smart" allows for a balance of biological traits, ensuring that even under stressful weather conditions, the plant maintains a high level of sugar accumulation without the risk of premature leaf senescence.