Algarve

Technical Potential of the 'Algarve' Cultivar

This Darwin hybrid represents a highly specialized solution for landscape design and professional floriculture, where biological robustness is the primary requirement. The core engineering feature of 'Algarve' lies in its genetic architecture, designed to overcome pathogen pressure typical of intensive soil conditions.

Phytopathological Resistance as a Foundation

The primary technological node of this cultivar is its complex resistance to soil-borne pathogens. Unlike most decorative forms, 'Algarve' demonstrates high tolerance to:

• Verticillium and Fusarium wilt: The ability of Fusarium and Verticillium fungal mycelium to colonize the vascular system is significantly restricted, which is critical for cultivation in temperate climates with high humidity.
• Cladosporiosis: Dense epidermal tissues minimize invasion risks, maintaining the integrity and aesthetics of the foliage until the end of the growth cycle.
• Tomato Mosaic Virus: Resistance to viral components ensures the purity of the cultivar’s traits and the saturation of the pink pigment without premature necrosis.

Agrotechnical Parameters

'Algarve' belongs to the late-flowering Darwin hybrids. From a constructive standpoint, this cultivar is selected to fill late seasonal gaps. Its short stature ensures high wind resistance, making it ideal for the foreground of flower beds, where compact and predictable development is paramount. The pink color of the petals is stable and resistant to rapid UV fading due to the high density of anthocyanins within the epidermal cells.