Sedum 'Joyce Tulloch' is a remarkable succulent subshrub that would be a valuable addition to any plant collection. This hybrid plant, which has an unknown origin, is likely a result of a cross between Sedum versadense and Sedum lucidum. Its beautiful green leaves have reddish tips and margins that turn a stunning shade of red when grown in full sun. The leaves have a velvety texture due to the short hairs covering them.
The plant has an upright to decumbent growth habit and produces many branches that bear clusters of small, star-shaped, white flowers in the spring. The flowers are five-merous and sit atop stalks with bracts that resemble the leaves.
To care for Sedum 'Joyce Tulloch', it is important to place it in a location that receives at least six hours of full sun daily, although it can tolerate partial shade. The plant thrives in soil that drains well to prevent waterlogged conditions that can cause root rot. It can tolerate both heat and freezing temperatures, making it suitable for various climates.
When watering, it is best to water thoroughly from spring through fall and let the soil dry out before watering again. In winter, water sparingly to keep the plant from shriveling. To feed the plant, use a balanced organic fertilizer in the spring. However, if you divide the plant annually and provide it with fresh soil, feeding may not be necessary.
If your Sedum 'Joyce Tulloch' outgrows its pot, you should repot it into a larger container in the spring when the soil is dry. Propagation can be done by taking stem or leaf cuttings in the spring when the plant is in active growth.
Overall, Sedum 'Joyce Tulloch' is a low-maintenance plant with striking features that can add a unique touch to any garden or indoor space. Its velvety leaves and clusters of white flowers are sure to catch the eye of any plant enthusiast.
Sedum 'Joyce Tulloch' multi head plants for sale shown in 70mm pot. You will receive same or similar plants as those shown in images. Colours will vary depending on time of year and growing conditions.