RM2WGBBJD–The papery bark of Prickly-leaved paperbark, Melaleuca styphelioides; eastern Australia.
RF2TB82D7–Prickly paperbark (Melaleuca styphelioides) is a tree native to Australia.
RF2K9RR64–Sydney Australia, bark of a melaleuca styphelioides or prickly-leaved tea tree is native to eastern Australia.
RF2TB82DA–Prickly paperbark (Melaleuca styphelioides) is a tree native to Australia. Bark detail.
RM2BTRF5W–Gnidia styphelioides Meisn.
RF2TB82D9–Prickly paperbark (Melaleuca styphelioides) is a tree native to Australia. Fruits and leaves detail.
RM2AKC91G–Comprehensive catalogue of Queensland plants, both indigenous and naturalisedTo which are added, where known, the aboriginal and other vernacular names; with numerous illustrations, and copious notes on the properties, features, &c., of the plants . gna, Bail.—Weeping Tea-tree. A Northern tree;wood very durable, useful for wharves and undergroundwork.var. Cunninghamii, Bail. (Fig. 167.)lasiandra, F. v. M.genistifolia, Sm.— Moonah of Bundaberg natives. Bark hard and blackish.Preissiana, Schau. var. leiostachya, Bcnth- = M. parviflora, Lindl.armillaris, Sm.styphelioides, Sm. Series Capitatse. Su
RMHMW86C–Botany - Trees - Myrtaceae. Prickly-leaf teatree (Melaleuca styphelioides)
RM2WGBBJ6–The papery bark of Prickly-leaved paperbark, Melaleuca styphelioides; eastern Australia.
RM2BTWX68–Melaleuca styphelioides Sm.
RMRGK12N–. Bulletin of the British Museum (Natural History) Botany. . Fig. 9 Leaf-venation in some Bonnetioideae and Hypericeae, showing evolutionary trends: (a) Neblinaria celiae (x 1); (b) Neogleasonia wurdackii (x 1); (c) Neotatea colombiana (x 1); (d) Santomasia steyermarkii (x 2); (e) Hypericum bequaertii (x 2); (f) Hypericum styphelioides (x 5).. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. British Museum (Natural History).
RM2BTNWG6–Hypericum styphelioides A Rich.
RMRMXKEJ–. Annales des Sciences Naturelles Botaniques. 368 H. DOULIOT. doderme; ailleurs il se forme sous les fibres. Le périderme du ' Melaletica styphelioides a offert à M. Sanio une particularité intéressante : sur certaines cellules de liège existe une bande hyaline, encadrant la cellule, homogène sur les matériaux frais, plissée sur les matériaux âgés; cette bande hyaline, je l'ai observée moi-même chez les Melaleuca diosmcefolia (fig. 43), M. hypericifolia (fig. 44), M. genistœfolia (fig. 45), ainsi que dans d'autres genres de la même famille : Barring- tonia, Eugenia, Callistemm, Myrtus, où le p