RM2BF42DB–Monarthrum carinifrons. Host: Vismia sp. (Clusiaceae)6 Nov 20171
RM2WB5P7N–(Vismia) (1),
RM2BTRK22–Vismia billbergiana Beurl.
RM2WB5P7T–(Vismia) (2),
RM2RGRC1N–(Vismia) 18th century by José Joaquim Freire
RMPG0P5C–. The natural history of plants. Botany. LY. HYPERICACEiE. In this small family, wMcli derives its name from that of St. John's Wort [Hypericum) (fig. 339, 344-353), and which formerly included only the plants attributed to that genus, S. guianense and cayense, with the analogous species forming the genus Vismia^ (fig.340-343), present the most complete types for our first study. In these the flowers are regular, hermaphrodite, nearly always pentamerous. Their convex receptacle bears at first five sepals, thick, but abruptly thinned at the margin, along which they are quincuncially imbricate (
RMRDG3E0–. The natural history of plants. Botany. 884 NATURAL HISTORY OF PLANTS. Vismia guianensia. found an equal number of hypogynous scales. Tlie gynsecium, free and superior, is composed of an ovary with five alternipetalous cells," surmounted by a style almost immediately divided into five branches, the stigmatiferous extremity of which is dilated to a small head. Fear the internal angle of each ovarian cell is a placenta the two vertical lobes of which are covered with an indefinite number of small oblique or transverse attatropous ovules. The fruit is a berry, some- times but little fleshy,
RM2BTRK59–Vismia tomentosa.
RM2WB5P7P–(Vismia) (3),
RM2RJ7ENY–(Vismia) 18th century by Joaquim José Codina
RMPG0P56–. The natural history of plants. Botany. 884 NATURAL HISTORY OF PLANTS. Vismia guianensia. found an equal number of hypogynous scales. Tlie gynsecium, free and superior, is composed of an ovary with five alternipetalous cells," surmounted by a style almost immediately divided into five branches, the stigmatiferous extremity of which is dilated to a small head. Fear the internal angle of each ovarian cell is a placenta the two vertical lobes of which are covered with an indefinite number of small oblique or transverse attatropous ovules. The fruit is a berry, some- times but little fleshy,
RMRDG3E9–. The natural history of plants. Botany. LY. HYPERICACEiE. In this small family, wMcli derives its name from that of St. John's Wort [Hypericum) (fig. 339, 344-353), and which formerly included only the plants attributed to that genus, S. guianense and cayense, with the analogous species forming the genus Vismia^ (fig.340-343), present the most complete types for our first study. In these the flowers are regular, hermaphrodite, nearly always pentamerous. Their convex receptacle bears at first five sepals, thick, but abruptly thinned at the margin, along which they are quincuncially imbricate (
RM2BTP655–Vismia sp.
RM2RJ7ENT–(Vismia) 18th century by Joaquim José Codina
RMPG1WM8–. The natural history of plants. Botany. Fig. 348. Seed. Fig. 346. Dehiscing fruit (f). Fig. 347. Fruit, Y^ves detached. Fig. 349. Long, sect, of seed. Sypericum perforatum. genera,^ have, with the general characters of Vismia and the neigh- bouring genera, some particular traits which have served to distin- guish a tribe of Eypericece. These-are: petals internally glabrous and without appendages; a fruit dehiscing at the interlocular partitions or placentae ; and seeds not winged, the embryo of which, straight or curved, has cotyle- dons ordinarily longer than the radicle. In certain species
RMRE1KCJ–. A manual of botany. Botany. 292 MANUAL OF BOTANY Properties and Uses.—They abound usually in a resinous yellow juice, wMoh is frequently purgative, as in Vismia guianensis and V. micrantha. Other plants of the order, as Hypericum perforatum and H. Androscemum, have tonic and astringent properties, and Cratoxylon Hornschuchii is slightly astringent and diuretic. Order 76. GuTTiFBEa; or Glusiace^, the Gamboge or Mangosteen Order.—Character.—Trees or shrubs, sometimes parasitical, with a resinous juice. Leaves coriaceous, entire, simple, opposite, exstipulate. Flowers usually perfect, some- tim
RM2BTRK5K–Vismia sp.
RMPG1WMK–. The natural history of plants. Botany. 386 NATURAL HISTORY OF PLANTS. two ovules in each ovarian cell; it is consequently to Cratoxylon what Haronga is to Vismia. The St. John's Worts ^ (fig, 339, 344-353), forming more than three-fourths of the family and distributed among a great number of Hypericum hyrcinmn.. 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.. Baillon, Henri Ernest, 1827-1895; Hartog, Marcus Manuel, 1851-.
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 (
RM2BTRK5G–Vismia sprucei.
RMPG1WMB–. The natural history of plants. Botany. Fig. 348. Seed. Fig. 346. Dehiscing fruit (f). Fig. 347. Fruit, Y^ves detached. Fig. 349. Long, sect, of seed. Sypericum perforatum. genera,^ have, with the general characters of Vismia and the neigh- bouring genera, some particular traits which have served to distin- guish a tribe of Eypericece. These-are: petals internally glabrous and without appendages; a fruit dehiscing at the interlocular partitions or placentae ; and seeds not winged, the embryo of which, straight or curved, has cotyle- dons ordinarily longer than the radicle. In certain species
RMRDG3D2–. The natural history of plants. Botany. Fig. 348. Seed. Fig. 346. Dehiscing fruit (f). Fig. 347. Fruit, Y^ves detached. Fig. 349. Long, sect, of seed. Sypericum perforatum. genera,^ have, with the general characters of Vismia and the neigh- bouring genera, some particular traits which have served to distin- guish a tribe of Eypericece. These-are: petals internally glabrous and without appendages; a fruit dehiscing at the interlocular partitions or placentae ; and seeds not winged, the embryo of which, straight or curved, has cotyle- dons ordinarily longer than the radicle. In certain species
RM2BTRK5H–Vismia tomentosa.
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
RM2BTRK5J–Vismia sp.
RMRDG3D6–. The natural history of plants. Botany. Fig. 348. Seed. Fig. 346. Dehiscing fruit (f). Fig. 347. Fruit, Y^ves detached. Fig. 349. Long, sect, of seed. Sypericum perforatum. genera,^ have, with the general characters of Vismia and the neigh- bouring genera, some particular traits which have served to distin- guish a tribe of Eypericece. These-are: petals internally glabrous and without appendages; a fruit dehiscing at the interlocular partitions or placentae ; and seeds not winged, the embryo of which, straight or curved, has cotyle- dons ordinarily longer than the radicle. In certain species
RM2BTP641–Vismia sp.
RMRGGD5B–. Bulletin of the British Museum (Natural History) Botany. STUDIES IN THE GENUS HYPERICUML. (GUTTIFERAE) ft ft ft r ft a a 145. 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.. 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). London : BM(N
RM2BTP65H–Vismia sp.
RMREKKNT–. The classification of flowering plants. Plants. GUTTIFERAE 243 to New Zealand and Australia. Other species have a wide distribu- tion in North or South America. It is suggested that a factor in this wide distribution may be the carriage of the small seeds, which are produced in large numbers, on the feet of birds. The other genera are mainly tropical and restricted either to the Old or New World, though a few occur in both hemispheres. Such are Vismia, with a few sj^ecies in west tropical Africa and a larger number in tropical America, and Calophyllum, with numerous species in tropical Asia
RM2BTP64C–Vismia sp.
RMRGWK8T–. Bulletin. Ethnology. 696 SOUTH AMERICAN INDIANS [B.A.E. Bull. 143 charred apacharama bark to serve as an aplastic. Then she built her vessel with coils of clay, smoothed it with a stick, and polished it with a pebble. After drying it in the sun, she coated it with a white clay slip, on which she applied red and black linear designs. She baked it. BlacK Wliilc Red J-^i' Figure 103.—Cocama pottery. (Redrawn from Tessmann, 1930, color plates 2 and 3.) in an open fire. While the vessel was still glowing hot, she smeared a glaze of Vismia guianensis rosin on the outside and of copal (Hymenaea con
RM2BTX3B1–Vismia lateriflora.
RMRDG3DC–. The natural history of plants. Botany. 386 NATURAL HISTORY OF PLANTS. two ovules in each ovarian cell; it is consequently to Cratoxylon what Haronga is to Vismia. The St. John's Worts ^ (fig, 339, 344-353), forming more than three-fourths of the family and distributed among a great number of Hypericum hyrcinmn.. 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.. Baillon, Henri Ernest, 1827-1895; Hartog, Marcus Manuel, 1851-.
RM2BTRK58–Vismia sprucei.
RM2BTRK61–Vismia sp.
RM2BTP681–Vismia sp.
RM2BTP651–Vismia sp.
RM2BTP64P–Vismia sp.
RM2BTW1G4–Vismia sp.
RM2BTP67C–Vismia sp.
RM2BTRK5E–Vismia sp.
RM2BTRK5T–Vismia sprucei.
RM2BTX3CT–Vismia tomentosa.
RM2BTP652–Vismia sp.
RM2BTTPFW–Vismia sp.
RM2BTP685–Vismia sp.
RM2BTRK2C–Vismia sp.
RM2BTRK1T–Vismia lindeniana Decne.
RM2BTRK42–Vismia rusbyi Ewan.
RM2BTX3CR–Vismia rusbyi Ewan.
RM2BTP64W–Vismia rusbyi Ewan.
RM2BTP65P–Vismia mexicana Schltdl.
RM2BTP65M–Vismia amazonica Ewan.
RM2BTP654–Vismia plicatifolia Hochr.
RM2BTP659–Vismia rusbyi Ewan.
RM2BTP64D–Vismia lehmannii Hieron.
RM2BTP64K–Vismia macrophylla Kunth.
RM2BTP650–Vismia minutiflora Ewan.
RM2BTP65J–Vismia cuatrecasasii Ewan.
RM2BTRK2J–Vismia pozuzoensis Engl.
RM2BTP643–Vismia rusbyi Ewan.
RM2BTRK38–Vismia buchtienii Ewan.
RM2BTP649–Vismia japurensis Reichardt.
RM2BTRK21–Vismia glaziovii Ruhland.
RM2C1KHNY–Vismia sp Vismia sp.
RM2BTRK36–Vismia latifolia Aubl Choisy.
RM2BXBRDP–Vismia sp Vismia sp.
RM2C1KHN3–Vismia sp Vismia sp.
RM2BTRK3J–Vismia latisepala N Robson.
RM2C1NAT4–Vismia tomentosa Vismia tomentosa.
RM2C1NARM–Vismia sp Vismia sp.
RM2BXCKBX–Vismia sp Vismia sp.
RM2BTRK37–Vismia cayennensis Jacq Pers.
RM2BTRK2B–Vismia panamensis Duchass Walp.
RM2BTP64A–Vismia guianensis Aubl Choisy.
RM2C1HNDX–Vismia sp Vismia sp.
RM2C1NAYB–Vismia lateriflora Vismia lateriflora.
RM2BTP63X–Vismia laevis Triana Planch.
RM2C1NAT1–Vismia sp Vismia sp.
RM2BTP64N–Vismia guineensis L Choisy.
RM2BTP63Y–Vismia baccifera subsp subcuneata.
RM2BXDKCD–Vismia sp Vismia sp.
RM2BTP64R–Vismia lauriformis Lam Choisy.
RM2C1NAY9–Vismia sp Vismia sp.
RM2BTWDBE–Vismia sessilifolia Aubl Choisy.
RM2BTP64Y–Vismia confertiflora Spruce ex Reichardt.