RFJ66X9X–Cratoxylum formosum vegetable on black wooden background
RF2PYMHJ4–A tree in the forest that can be used to make medicine and cook in local Thailand is called Phak-Tiu, Cratoxylum formosum tree in the tropical forest.
RM2BCG098–Medicinal plant of Thailand.
RF2FYF250–Gerunggang flower (Cratoxylum arborescens), selected focus, one of the native plants of the peat swamp forest, a pioneer plant in the forest, commonly
RMW4Y95J–Cratoxylum formosum2.
RMK6DN8M–Cratoxylum formosum2
RM2BXECWY–Cratoxylum subglabrum Merr Cratoxylum subglabrum Merr.
RMPFP1A5–Cratoxylum formosum, Pink Mempat tree, branch with green leaf clusters and fragrant pink blossom.
RMJ3846B–Cratoxylum sp Blanco2.254
RMW4Y95K–Cratoxylum sp Blanco2.254.
RM2BTNPNA–Cratoxylum cochinchinense Lour Blume.
RMRGK0FE–. Bulletin of the British Museum (Natural History) Botany. 108 N. K. B.ROBSON The placentation in the Vismieae and Cratoxyleae is basically similar to that described above. The fleshy fruit of the Vismieae is associated with thicker ovary walls and septa, whilst in the (capsular) Cratoxyleae the placentation is incompletely axile (Cratoxylum) or completely axile (Triadenum, Thornea) or axile with intrusive false septa (Eliea, cf. Baas, 1970). The Myrtaceae, as has already been stated, have a basically similar ovary structure to that of the Bonnetioideae and Hypericum, with the difference that
RF2PYMHGM–A tree in the forest that can be used to make medicine and cook in local Thailand is called Phak-Tiu, Cratoxylum formosum tree in the tropical forest.
RM2BCFRBN–Medicinal plant of Thailand.
RMJ39ADP–Cratoxylum sp Blanco2.254 cropped
RMW4Y975–Cratoxylum sp Blanco2.254-cropped.
RM2BTX15T–Cratoxylum pruniflorum Kurz Kurz.
RMRGGD32–. Bulletin of the British Museum (Natural History) Botany. . Fig. 52 Carpel vasculature in: (a) Vismia guianensis (x 15); (b) Cratoxylum cochinchinense (x 9); (c) Triadenum walteri (x 9). 8. Anatomy and phytochemistry—taxonomic implications Vegetative anatomy The vegetative anatomy of Hypericum has been studied by various workers, and summaries and discussions of their conclusions have been published by Vestal (1938) and Metcalfe & Chalk (1950). In addition, Schofield (1968) made a survey of nodal and petiolar anatomy in the Guttiferae and related families. More recently, Baretta-Kuipers (
RF2PYMHH6–A tree in the forest that can be used to make medicine and cook in local Thailand is called Phak-Tiu, Cratoxylum formosum tree in the tropical forest.
RM2BXD3WG–Cratoxylum neriifolium Kurz Cratoxylum neriifolium Kurz.
RMRGGD4W–. Bulletin of the British Museum (Natural History) Botany. Fig. 49 Plan of toral vasculature of Vismia guianensis, showing that the fasciclode traces (Std) bear the same relationship to the sepal traces as the stamen-fascicle traces (St) do to the petal traces.. id| Fig. 50 Plan of toral vasculature of Cratoxylum cochinchinense, showing two vestigial fasciclode traces (V Std). X = 'blind' stamen-fascicle traces. to apply the term 'centrifugal' to both the direction of maturation of stamens in a fascicle and obdiplostemony (Sattler, 1976; Tucker, 1976). The latter is a function of the relative
RF2PYMHH1–A tree in the forest that can be used to make medicine and cook in local Thailand is called Phak-Tiu, Cratoxylum formosum tree in the tropical forest.
RM2BXDWX5–Cratoxylum sumatranum Jack Blume Cratoxylum sumatranum Jack Blume.
RF2WF4EPF–A tree in the forest that can be used to make medicine and cook in local Thailand is called Phak-Tiu, Cratoxylum formosum tree in the tropical forest.
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