🌿 Sansevieria cylindrica 'Starshooter' — starshooter, the spectacular spears of Africa

Sansevieria cylindrica 'Starshooter' is a spectacular cultivar of Sansevieria cylindrica, known for its perfectly round cylindrical leaves that rise straight up like vegetal "spears" or "rockets". 'Starshooter' is characterized by particular shape — leaves are arranged radially from the center, creating the effect of a star or frozen fireworks.

The leaf-stems are thick, cylindrical, firm and rigid, gray-green with darker horizontal stripes evoking the appearance of African stones. Each leaf grows vertically or slightly divergent, and the plant's ensemble creates a dramatic architectural composition, perfectly suited to modern and minimalist arrangements.

Like all Sansevierias, 'Starshooter' is extremely resistant, tolerant to neglect, purifies air at night and survives in variable conditions. The cylindrical leaf shape makes this variety a distinct choice, different from classic flat-leaved Sansevierias.

🌍 Botanical origin and history

Sansevieria cylindrica is native to Angola, Southwest Africa, where it grows in semi-arid areas. Recently taxonomically reclassified in the Dracaena genus (Dracaena angolensis). Asparagaceae family. The name "cylindrica" reflects the perfectly cylindrical leaf shape. 'Starshooter' is a horticultural selection for the distinctive form.

🌱 The cylindrical leaves

Leaves are perfectly cylindrical, 30-80 cm long and 2-3 cm thick, gray-green with darker horizontal stripes. Firm leathery texture, sharp tip. Grow vertically or radially from underground rhizome.

🌱 Growth habit and care

• Light: very tolerant, from bright to low.
• Temperature: 15-30°C; not below 10°C.
• Watering: MINIMAL — only when substrate is completely dry.
• Humidity: tolerant to low humidity.
• Substrate: very well-drained, for cactus.
• Fertilization: minimal.
• Propagation: rhizome division.

🌿 Why choose Sansevieria 'Starshooter'

Cylindrical architectural statement plant. Extremely resistant. Purifies air. Perfect for modern arrangements.