Friday, June 15, 2012

A Guide About Acidanthera Flower


The name Acidanthera is of Greek origin, akidos and anthera . These bulbous perennials belong to the Iridaceae family. Although they are of the easiest cultivation, they are not commonly grown or even widely known. They were introduced into Europe from their native Abyssinia in the late fourteenth century. The leaves are iris-like; the flowers are pendulous, white and pinkish, with central markings that vary from yellow to red. Each flower stem bears numerous blooms. Throughout the tropics there are about twenty- five species, but in gardens usually only the species A. bicolor is cultivated.
Cultivation. If we refrain from the temptation to raise the bulbs from seed a long and tedious procedure—the cultivation of acidantheras is very easy. The corms can be planted permanently in spring—in all but the coldest zones—and left undisturbed until time to divide and replant the corms. In districts where winter cold is severe and the soil freezes in depth, the corms should be treated like gladioli, that is, planted in late spring and then removed from the soil after the late-autumn flowering period, dried, stored, and replanted the following spring.

 Flowering is late, July–October. The most suitable soil is one that is well-drained, heavy, and fibrous. A generous water supply is necessary during the growing period, but less is required when the flowering stage has been reached. The most effective results are obtained by planting in large groups. Acidantheras love the sun, but in very hot sunny districts they will also give good results in half-shade. They cannot be recommended for cultivation in pots or on terraces because their root system is quite extensive. The flowers generally have a slight but agreeable fragrance although this is not always apparent and they are excellent subjects for cutting.
Acidanthera bicolor Hochst.
This is the only species sold commercially. Flowers are pure white with a purple mark inside at the base of each petal. At dusk the flowers often appear to be luminous.

No comments:

Post a Comment