Tulip Darwi Snow

Genetic Potential and Phytopathological Defense

As part of the Darwin hybrid class, the 'Darwi Snow' tulip is a product of breeding focused on the integration of massive bloom size and high pathogen resistance. The core value of this variety is its genetic resilience against Fusarium wilt and anthracnose. For commercial growers, this translates directly into reduced spending on fungicide treatments and minimized loss of planting material in high-humidity environments.

Biometry and Morphology

The plant features a high stem, making it a standard choice for cut-flower production. Its mid-season flowering period allows for efficient management of spring supply chains. The snowy-white petal coloration is a result of stable gene expression, ensuring consistent pigment distribution even under fluctuating temperature conditions. The dense structure of the perianth ensures the bud maintains its geometry during transit, which is a critical metric for marketability.

Agrotechnical Advantages

• High bulb vitality: reduced risk of stand loss during the first and second vegetation cycles.
• Structural integrity: the stem possesses the mechanical strength required to remain upright without the need for additional support systems.
• Forcing efficiency: predictable development cycles when standard cooling protocols are strictly followed.