Echeveria 'Compton Carousel' – A Stunning Variegated Succulent

Echeveria 'Compton Carousel' – A Stunning Variegated Succulent

Echeveria 'Compton Carousel' is a highly sought-after variegated succulent, known for its mesmerising rosettes of pale green leaves bordered by creamy white edges. This slow-growing hybrid, a sport of *Echeveria 'Lenore Dean'*, is native to Mexico but cultivated worldwide for its striking appearance. Its compact, symmetrical form makes it a favourite among collectors and succulent enthusiasts.

Distinctive Features

• Unique Variegation: The creamy white margins contrast beautifully with the soft green centre of the leaves, creating an eye-catching display.
• Compact Rosette Growth: Forms a tight, symmetrical rosette that stays relatively small, perfect for pots and arrangements.
• Slow Growth Rate: Unlike many echeverias, this cultivar is slow-growing and requires patience to reach full maturity.

Care Tips

• Light: Prefers bright, indirect light to maintain its variegation but can tolerate some morning sun.
• Water: Water sparingly, allowing the soil to dry completely between waterings to prevent rot.
• Humidity: Thrives in dry conditions; avoid excessive humidity to prevent fungal issues.
• Temperature: Prefers temperatures between 18-24°C; protect from frost as it is not cold-hardy.
• Fertiliser: Feed with a diluted succulent fertiliser once a month during the growing season.
• Potting: Use a well-draining cactus or succulent mix in a shallow container.
• Propagation: Best propagated through offsets, though it can be slow to produce them.

Additional Notes

• This cultivar is highly prized among collectors due to its rarity and striking appearance.
• It is sensitive to overwatering; root rot is the most common issue.
• Not toxic to pets, making it a safe choice for homes with animals.

Echeveria 'Compton Carousel' is a true showstopper among succulents, admired for its delicate variegation and structured form. With proper care, it will thrive as a stunning focal point in any collection.