General Description:

The plant family Ericaceae (heaths and heathers) is widespread in many parts of the globe, particularly Europe and South Africa. It contains a number of widely cultivated plants such as Erica, Rhododendron and Pieris.

Like most of Australia’s members of the Ericaceae, Styphelia belongs to the subfamily Epacridoideae, which was formerly classified as a separate family, the Epacridaceae. Styphelia is closely related to Epacris, the main difference being the distinctly hairy inner surface of the petals in Styphelia.

Until recently, Styphelia comprised 14 species. However, the classification of Styphelia has been contentious for many years and a study carried out in 2020* determined that many species in related genera such as Astroloma and Leucopogon warrant inclusion in an expanded Styphelia genus. This work has been accepted in the Australian Plant Census (which ANPSA recognises as the authority on plant taxonomy). As a result, the genus Styphelia is now regarded as comprising about 260 species distributed from Indo-China through the Pacific to Australia.

In Australia, there are about 150 species found in all states and territories. They range from small to large shrubs with tubular flowers.

Styphelia laeta is a small shrub up to about half a metre in height. It has stiff stems with lance-shaped or triangular leaves up to 25mm long. The flowers are usually greenish-yellow or occasionally reddish with curled lobes and prominent stamens. Flowers appear from autumn to spring and are frequented by honey-eating birds.

S.laeta is not often seen in cultivation except in the gardens of enthusiasts. The species should be given a moist, well drained position, preferably in semi shade. It is a very attractive plant for a container.

Propagation is usually by cuttings of firm current season’s growth and improved results have been reported when a root-promoting hormone is used. The species can be grown from seed but this is not readily available.

* Crayn DM, Hislop M, Puente-Lelièvre C (2020);  A phylogenetic recircumscription of Styphelia (Ericaceae, Epacridoideae, Styphelieae). Australian Systematic Botany 33 137–168