Introducing the Roselily Dejima Lily (Lilium orientalis)-a captivating departure from the traditional white lilies, renowned for its extraordinary profusion of blooms.

This exceptional variety showcases magnificent, full flowers comprised of numerous fleshy, elegantly undulating petals. Each inflorescence boasts a minimum of three complete whorls of petals, creating a striking resemblance to a resplendent water lily. The captivating ornamental value of its blooms is just one of the many virtues of this exceptional variety. The Roselily Dejima Lily emits an intense fragrance throughout its blooming period, with its exquisite flowers exuding an exceptionally sweet, fresh, and delightful scent.

This graceful oriental lily graces your garden with its blooming splendor in July and August, reaching a height of 70-90 cm. While not towering, it maintains an attractive, compact form that withstands the weight of its bountiful blossoms. Planting Dejima lilies in groups of at least three creates a captivating visual impact. They can be beautifully integrated into a free-spirited composition with low summer perennials or arranged in a tidy single-species row. These lilies are also perfect as cut flowers, adding elegance to your indoor floral arrangements. Consider intermixing the white full lilies with varieties featuring pink flowers, such as Clarissa, Patricia, Samantha, or Julia lilies, to craft a stylish, diverse, and harmonious floral bed. For optimal results, plant Roselily Dejima Lily bulbs in the spring, spacing them approximately 20-25 cm apart. You'll witness lush blooms when they receive ample sunlight in well-draining, fertile, and moist soil. Lilies prefer their blossoms in the sun and their roots in the shade, making slightly shaded areas for part of the day an ideal choice for continuous blooming. Additionally, they appreciate mulching to enhance their growth and beauty.

This set includes 50 Roselily Dejima Lily bulbs, each thoughtfully packaged with essential information to ensure successful plant cultivation.