Tulip Baby Doll

Technical profile of the Baby Doll hybrid

The Baby Doll tulip represents a precise selection achievement in the early double-flowering segment. The core engineering objective in developing this hybrid was to optimize bud density while maintaining a low center of gravity, a critical factor in preventing lodging under spring wind loads.

Phytopathological resistance

The genetic architecture of the variety is calibrated for high protection protocols. It integrates increased resistance to a range of aggressive pathogens, which effectively lowers the dependency on preventative fungicidal applications:

• Fusarium wilt (Fusarium oxysporum): the cultivar demonstrates stable root system immunity, minimizing bulb loss during the rooting phase.
• Tobacco mosaic virus (TMV): selective breeding has eliminated vulnerability to this virus, preventing petal deformation and pigment disruption.
• Cladosporiosis (Cladosporium): the resistance of the vegetative mass to fungal infections ensures leaf integrity until the end of the vegetation cycle.

Morphological indicators and application

The dwarf habitus makes this hybrid an optimal solution for container forcing and landscape front-row planting. The yellow petal coloration exhibits high photostability, retaining color saturation even under intense solar exposure. The bloom timing, classified as medium within the early double category, provides an extended period of decorative value. The double-flower structure requires humidity control during the budding stage to avoid water-logging of the flower; however, the dense architecture of the inflorescence effectively resists mechanical damage during transport.