Gymnostoma, a fascinating plant, has an intriguing story. This ancient tree, with its unique leaf structure, has captivated scientists for centuries. Legend has it that Gymnostoma’s leaves were used by ancient tribes for their medicinal properties, curing ailments and bringing good luck. As time passed, its remarkable resilience and adaptability made it a symbol of strength and perseverance. Today, Gymnostoma continues to thrive in diverse habitats, reminding us of the beauty of nature’s resilience. Its legacy serves as a testament to the wonders of the natural world and the enduring power of life.
Picture
Plant some seeds now!
Short Description
Gymnostoma poissonianum Cultivated, Forest Research Institute of Malaysia. Oct. 2002. Scott Zona from Miami, Florida, USA
Gymnostoma poissonianum Mt. Dzumac, New Caledonia, Sep 2000. Scott Zona from Miami, Florida, USA
Gymnostoma is a genus of about eighteen species of trees and shrubs, constituting one of the four genera of the plant family Casuarinaceae. The species grow naturally in the tropics, including at high elevations having temperate climates, in forests in the region of the western Pacific ocean and Malesia. In New Caledonia, published botanical science describes eight species found growing naturally, which botanists have not found anywhere else (endemics). Other species are native to Borneo, Sumatra, Maluku, and New Guinea, and one endemic species each in Fiji and the Wet Tropics of Queensland, Australia.
The genus was first scientifically described by Lawrie A. S. Johnson in 1980.
Many of the Gymnostoma species combinations of names (binomials) were described by him in 1982.
As of 2013[update], a global total of eighteen species have been found and described.
The majority of the species grow in rainforests, in the habitats of open, sunny, long-term gaps, from river bank (riparian) situations through to mountain top situations. In New Caledonia two endemic species G. chamaecyparis and G. deplancheanum have specialised adaptations, growing in wet “shrub maquis and paraforest maquis formations. G. chamaecyparis is associated with hypermagnesian soils (hypermagnesian inceptisol) below 600 m altitude at the base of ultramafic massifs. G. deplancheanum occurs on ferralitic ferritic desaturated hardpan or gravelly soils (oxisol) on the southern massif at altitudes between 200 and 1,000 m”.
External links
You may also like
