Victoria

Engineering potential of Gerbera 'Victoria'

The breeding product from the FRC SSC RAS (Georgia) is the result of focused research on the phytopathological resistance of floral crops. Unlike standard decorative hybrids, 'Victoria' is engineered to minimize the reliance on chemical fungicide and insecticide applications in greenhouse environments.

Biological defense and immunity

The primary value of this variety lies in its genetic resistance to a complex of the most devastating pathogens. Breeding efforts have effectively mitigated risks associated with high humidity and high-density planting:

• Fungicidal barrier: The variety demonstrates significant tolerance to gray mold and powdery mildew — the primary challenges of indoor cultivation, which substantially reduces yield losses in intensive production systems.
• Late blight resistance: 'Victoria's' genetics ensure root system stability in both substrate and soil-based cultivation methods.
• Anti-entomological properties: The plant possesses mechanisms that reduce its attractiveness to whiteflies, spider mites, and aphids, allowing for seamless integration into Integrated Pest Management (IPM) programs.

Technical specifications of the blooms

The flower diameter ranges from 12–15 cm. This size characteristic, combined with high peduncle density, makes 'Victoria' suitable for both industrial cut-flower production and landscaping projects with stringent aesthetic requirements. The variety is optimized for long-term storage and transportation standards, maintaining petal turgor provided that temperature regimes are strictly followed.