The Clarity Blue Dianella is a hardy beauty from the Southern Living Plant Collection. This perennial variety features grass-like foliage that has a gorgeous powdery blue to grey-green hue. It grows upright naturally and forms clumps that reach 2 ft. to 3 ft. tall and 2 ft. W. In addition to the foliage, this Flax Lily also produces petite blue flowers in spring. Use it as an accent in a mixed garden bed, as an element in a container planting or plant a whole bunch of them for a striking mass planting. Additionally, this plant is tolerant of drought and salt. It's hardy from USDA Zones 8 to 10 and grows well in Full Sun to Partial Shade. Plant it in garden soil with good drainage and water it 2-times to 3-times per week for the first growing season. Fertilize in spring with a light application of slow-release, balanced fertilizer. These Clarity Blue Dianella are well established in 2.5 Qt. pots and will tend to be 7 in. to 12 in. tall when shipped. They are not guaranteed to be in bloom on arrival.
Clarity Blue Dianella has Vivid blue, sword-like evergreen foliage with spring blooms and purple berries.
This flax lily variety thrives in full sun to partial shade.
These grasslike ornamental perennials matures to 2-3 feet tall x 1-2 feet wide and grow well in USDA zones 8-11.
Ideal for borders, mass plantings, and container gardens, and also works well as a focal point or accent plant.
Minimal pruning required, simply remove old or damaged leaves as needed to keep the plant looking tidy.
It prefers well-drained soil and moderate watering; Once established, it is drought-tolerant but benefits from occasional deep watering during dry spells.
Heat- and drought-tolerant, as well as deer-resistant, making it a low-maintenance addition to any garden.
Ships from Alabama - Customers beyond the Southeast US should place orders from early fall to late spring to avoid heat damage in transit
Placing a large order? Consider ordering 1-2 plants to ensure that they will meet your specifications before placing the order for the entire project
