Carousel

Growth Architecture: Why the 'Carousel' Antirrhinum Redefines Flower Beds

The 'Carousel' antirrhinum (snapdragon), developed by the 'Kapris' farm, is a unique adaptive model designed for trailing, architectural use. Unlike standard upright varieties, 'Carousel' is engineered for vertical greening and spatial filling, achieving its form through a specific branching physiology.

Biological Parameters and Structural Design

The core advantage of this hybrid is its balanced shoot architecture. Its medium-height growth combined with a trailing inflorescence type allows the plant to form a dense, drooping cascade that is resistant to lodging. This structural integrity is achieved through shortened internodes, providing stem rigidity even under the weight of heavy blooms.

• Color Gamut: The line includes five fundamental pigments: white, yellow, orange, pink, and red. This palette allows for complex color patterning in landscape design.
• Trailing Geometry: The plant exhibits high self-regulatory growth. The primary central stem produces active lateral branches, eliminating 'bald spots' in the center of the crown when planted in hanging baskets or raised beds.
• Flowering Capacity: Thanks to 'Kapris' proprietary breeding, the hybrid demonstrates a prolonged budding cycle, which is critical for high-visibility decorative installations.

The practical application of 'Carousel' is justified in scenarios where fast, uniform 'carpet' coverage is required. High adaptability to temperature fluctuations and varying light intensity makes this variety a reliable asset for professional landscaping. The engineering approach to its selection is evident in the symmetry of the plant: each specimen fills its allotted space evenly without outcompeting neighboring species, which simplifies density calculations per square meter.