Cylindrical Snake Plant Plant Care
Sansevieria cylindrica Bojer ex Hook.
Dracaena angolensis, commonly known as African spear or the spear sansevieria, is a succulent plant native to Angola in Southern Africa. For years, it was placed within the genus Sansevieria (snake-plants), a specific name which is still used synonymously by some; in the 21st century, Sansevieria became part of Dracaena (dragon-trees), after improved testing methods, physical comparisons, and other analyses found sufficient commonalities between the two genera to warrant subsumption.
Every 14â21 days
Low to bright indirect light
60â85°F
30â60%
What Is the Cylindrical Snake Plant?
Cylindrical Snake Plant (Sansevieria cylindrica) belongs to the Asparagaceae family within the Sansevieria genus. Cylindrical Snake Plant is native to Angola in Southern Africa. Cylindrical Snake Plant is also known as African Spear, Spear Sansevieria.
Cylindrical Snake Plant displays an upright, clumping rosette growth habit, reaching up to 3 inches tall with a spread of approximately 2 inches. Cylindrical Snake Plant produces rarely flowers indoors, small white or greenish blooms on a spike.
Leaf size: approximately 36 inches.
How Often Should You Water a Cylindrical Snake Plant?
Sansevieria cylindrica requires watering every 14â21 days. Allow the top layer of soil to dry between waterings to prevent root rot. Reduce watering frequency during winter when growth slows.
Watering Frequency
Every 14â21 days
Let soil partially dry between waterings
What Light Does the Cylindrical Snake Plant Need?
Cylindrical Snake Plant thrives in low to bright indirect light light conditions. The optimal light range is 50â250 lux. Avoid placing Cylindrical Snake Plant in direct, harsh sunlight for extended periods, as this can scorch the foliage.
Light Requirement
Low to bright indirect light
50â250 lux
What Temperature and Humidity Does the Cylindrical Snake Plant Prefer?
Sansevieria cylindrica grows best at temperatures between 60°F and 85°F. Cylindrical Snake Plant prefers humidity levels of 30â60%.
Temperature
60â85°F
Humidity
30â60%
What Soil Mix Works Best for a Cylindrical Snake Plant?
Well-draining sandy soil mix with perlite and peat moss. Good drainage is essential for Cylindrical Snake Plant to prevent waterlogging, which leads to root rot and fungal issues.
How Do You Repot a Cylindrical Snake Plant?
Repot every 2-3 years in spring. Choose a pot one size larger than the current container, and ensure it has drainage holes to allow excess water to escape.
How Do You Propagate a Cylindrical Snake Plant?
Cylindrical Snake Plant can be propagated through division of rhizomes, leaf cuttings. Similar propagation techniques also apply to whale fin snake plant plant care, which shares the same genus.
Fertilizing
Every 8 months
During the growing season
Is the Cylindrical Snake Plant Toxic to Pets and Children?
Toxic to Pets & Children
Toxic to cats and dogs, mildly toxic to humans
What Pests and Diseases Affect the Cylindrical Snake Plant?
Cylindrical Snake Plant is susceptible to spider mites, mealybugs, scale insects. Inspect the foliage regularly, especially along leaf undersides and stems. Treat infestations promptly with insecticidal soap or neem oil to prevent spread.
What USDA Hardiness Zone Does the Cylindrical Snake Plant Need?
Cylindrical Snake Plant grows outdoors in USDA Zone 13a. Native to Angola in Southern Africa, Cylindrical Snake Plant is adapted to warm climates. In cooler regions, grow Cylindrical Snake Plant as a houseplant or bring it indoors before the first frost.
Hardiness Zone
Zone 13a
Keep exploring plants
Cylindrical Snake Plant is one of many species covered in the complete plant care and identification guide, which groups plants by genus, attribute, and popularity.
It belongs to the Sansevieria genus â compare its care with other Sansevieria species on PlantoScan.
Cylindrical Snake Plant thrives in bright light and direct sun â see other bright-light plants.
More Sansevieria Species
Other Sansevieria species in PlantoScan's care catalogue share similar watering, light, and soil preferences: