Delphinium Pagan Purples - Larkspur

Delphinium Pagan Purples is a perennial, spectacular hybrid larkspur, producing densely packed spikes of semi-double flowers in various shades of dark blue, purple, and violet during the summer. Each flower is punctuated by a small brown bee. This perennial variety has the double advantage of flowering for a longer period and being resistant to rust and mildew. Irreplaceable as a backdrop in romantic flower beds, in planters, near the house, or in bouquets, this robust plant thrives in sunny, rich, deep, and well-drained soils.

Delphinium 'Pagan Purples' is part of a hybrid series called 'New Millenium' (also known as 'New Zealand Hybrids'), developed in New Zealand. These plants are the result of eleven years of work and selection. They have denser and larger flowers, a much sturdier stem, better disease resistance, and increased longevity.

'Pagan Purples' is a hybrid obtained through cross-breeding with D. elatum among others. All delphiniums belong to the Ranunculaceae family. It is a herbaceous perennial plant that forms clumps of deeply cut, tender green palmate leaves, with solid flower spikes measuring 1.80 m (6ft) high in summer. The flowering period runs from June to September and is loved by pollinating insects. The semi-double flowers are cup-shaped, fairly large, grouped on tall erect spikes, and display a deep and intense blue-violet colour, visible from afar. This plant requires staking, especially in windy situations. It grows from a woody rhizome that vertically penetrates the soil.

Delphiniums always add volume, height and charm to perennial flower beds. They also make good companions for moss or gallica roses, creating charming and romantic displays. Another beautiful combination can be achieved with soft orange daylilies and baby's breath Rosenschleier. This variety is also suitable for creating borders. Its flowers hold up very well in bouquets.

Note: From March to September, the stems of our delphiniums are pruned short to promote better branching of the rootstock and achieve optimal rooting. This also prevents the stems from breaking during transportation.