Taxon Details: Eschweilera tenuifolia (O.Berg) Miers
Taxon Profile:
Narratives:
Family:
Lecythidaceae (Magnoliophyta)
Lecythidaceae (Magnoliophyta)
Scientific Name:
Eschweilera tenuifolia (O.Berg) Miers
Eschweilera tenuifolia (O.Berg) Miers
Accepted Name:
This name is currently accepted.
This name is currently accepted.
Synonyms:
Lecythis tenuifolia O.Berg
Lecythis riedeliana O.Berg
Eschweilera riedeliana (O.Berg) Miers
Jugastrum obtectum Miers
Eschweilera obtecta (Miers) A.C.Sm.
Jugastrum depressum Miers
Jugastrum platyspermum Miers
Jugastrum subcinctum Miers
Jugastrum christii Pittier
Jugastrum sifontesii Pittier
Lecythis tenuifolia O.Berg
Lecythis riedeliana O.Berg
Eschweilera riedeliana (O.Berg) Miers
Jugastrum obtectum Miers
Eschweilera obtecta (Miers) A.C.Sm.
Jugastrum depressum Miers
Jugastrum platyspermum Miers
Jugastrum subcinctum Miers
Jugastrum christii Pittier
Jugastrum sifontesii Pittier
Description:
Author: Scott A. Mori & Nathan P. Smith
Type: Brazil. Amazonas: Secus Rio Negro, inter Barra [Manaus] et Barcellos, Nov 1851 (fl), R. Spruce 2031 (isolectotype, NY).
Description: Small trees, to 15 m tall, often with spreading crown, unbuttressed. Bark grayish, with shallow longitudinal fissures, flaking longitudinally, slash brown. Leaf blades elliptic to oblong lanceolate, 6-26 x 2.5-8.0 cm, glabrous, chartaceous; apex acute to acuminate; base rounded to subcuneate; the midrib prominulous above, prominent beneath, often slightly flattened and longitudinally striate when dry, with 8-18 pairs of lateral veins, these slightly prominulous on both surfaces; margins usually weakly crenate or only slightly uneven; petiole 5-12 mm long, often slightly winged near base of blade, terete. Inflorescences racemose, the rachis rather tortuous (zigzag), sparsely puberulous, lenticellate, to 8 cm long, the pedicels jointed, puberulous, ca. 1-2.5 mm long above joint. Flowers 3.5-5 cm diam.; calyx with six lobes, the lobes triangular, ca. 3 x 4 mm, oriented nearly horizontally, clearly imbricate, concave adaxially; petals six, unequal, widely obovate, cream or pale yellow, 20-32 x 18-23 mm; hood of androecium yellow, 18-22 x 20- 25 mm, doubly coiled, the second coil short, terminating in short appendages, the hood appendages bright yellow; staminal ring asymmetric, with over 300 stamens in 8-12 rows, the filaments clavate, white, 1-1.5 mm long, the anthers yellow, ca. 0.5 mm long; ovary 2-locular, each locule with numerous basally attached ovules, the summit of ovary umbonate, 1.5-2 mm high, the style not well differentiated from summit, ca. 1 mm long. Fruits depressed globose, the calycine ring inserted 3-12 mm below opercular opening, with distinct calyx scars, the pericarp 2-5 mm thick, the lower portion often with distinct, large lenticels on exterior; operculum convex, umbonate or not umbonate, 15-22 mm high, always shorter than or equal to the length of the fruit base. Seeds 15-35, densely packed, wedge-shaped, with broadest part of wedge above middle, tapering towards base, markedly angular, varying from triangular to hexagonal, but most frequently pentagonal in cross section, 2.8- 5 cm long, surrounded completely by aril; germination lateral, the seedling emerging from opposite sides of center of flattened sides of seed.
Common names: Brazil. Macacarecuia ( = monkey's bailing cup).
Distribution: This species occurs along the Amazon, Negro, Solimões, and Orinoco rivers.
Ecology: A common species of seasonally flooded forests and the Orinoco and Rio Negro and from.
Phenology: Peak flowering occurs from Nov through Mar.
Pollination: No reports of pollination have been recorded but the yellow flower color suggests bees as pollinators.
Dispersal: The seeds of this species fall into the water when the operculum dehisces and remain buoyant for at least four months (Prance, laboratory test).
Predation: The fruits are often attacked by rats which chew open the immature pyxidia and eat the unripe seeds. The uacari monkey (Cacajao melanocephalus ouakary feeds on the seedlings of Eschweilera tenuifolia in the dry season in the Jau National Park (Barnett et al. 2012).
Field characters: This species can be recognized by the habitat it occurs in (igapó or black water flooded forest), small size, androecium with a double coilded hood and over 300 stamens, depressed globose fruits, and wedge-shaped seeds without an aril.
Taxonomic notes: The name most commonly used for this species, Jugastrum coriaceum (DC.) Miers, cannot be maintained because it is based on Lecythis coriacea DC., a name that applies to an entirely different species of Eschweilera (=E. coriacea (DC.) Martius ex Berg). When Berg transferred L. coriacea to Eschweilera he emended the description to include the fruits of a Martius collection which were not seen by de Candolle. These fruits are typical of E. tenuifolia and therefore Berg's concept of Eschweilera coriacea includes the leaves of E. coriacea as well as the fruits of E. tenuifolia. Consequently, one of the other names for this species used by Berg (1858) must be applied and we have chosen E. tenuifolia based on Lecythis tenuifolia Berg. The five species of Jugastrum described by Miers were based on fruit characters. Two of his species were known from fruits alone. Recent collections have shown that there is much variation in fruit size and shape even within individuals. For example, Jugastrum depressum was based on a juvenile pyxidium. We now consider all individuals with distinctly angular, wedge-shaped seeds that are completely surrounded by an aril as belonging to E. tenuifolia. There is considerable variation in leaf shape with a tendency to longer, narrower, and more oblong leaves in the vicinity of Manaus. Similarly there is a tendency to a more triangular leaf in the upper Rio Negro region. Nevertheless, in both regions the more typical elliptic leaves also occur. Leaf variation is so poorly correlated with other characters and geography that we have not recognized it taxonomically. Flower structure is quite uniform throughout this species. The large number of ring stamens which extend well up the ligule is the most noteworthy floral characteristic.
Conservation: IUCN Red List: Not on list.
Uses: The seeds of this species are eaten by two species of fish commonly consumed by humans, the matrinxã (Brycon sp.) and the tambaqui (Colossoma macropomum) (Alencar Maia, 2008).
Etymology: The species epithet refers to the texture of the leaves.
Source: This species page is based on Mori & Prance, 1990.
Acknowledgements: We are grateful to C. Gracie and C. M. Potascheff for allowing us to use their images to illustrate the characters of this species.
Author: Scott A. Mori & Nathan P. Smith
Type: Brazil. Amazonas: Secus Rio Negro, inter Barra [Manaus] et Barcellos, Nov 1851 (fl), R. Spruce 2031 (isolectotype, NY).
Description: Small trees, to 15 m tall, often with spreading crown, unbuttressed. Bark grayish, with shallow longitudinal fissures, flaking longitudinally, slash brown. Leaf blades elliptic to oblong lanceolate, 6-26 x 2.5-8.0 cm, glabrous, chartaceous; apex acute to acuminate; base rounded to subcuneate; the midrib prominulous above, prominent beneath, often slightly flattened and longitudinally striate when dry, with 8-18 pairs of lateral veins, these slightly prominulous on both surfaces; margins usually weakly crenate or only slightly uneven; petiole 5-12 mm long, often slightly winged near base of blade, terete. Inflorescences racemose, the rachis rather tortuous (zigzag), sparsely puberulous, lenticellate, to 8 cm long, the pedicels jointed, puberulous, ca. 1-2.5 mm long above joint. Flowers 3.5-5 cm diam.; calyx with six lobes, the lobes triangular, ca. 3 x 4 mm, oriented nearly horizontally, clearly imbricate, concave adaxially; petals six, unequal, widely obovate, cream or pale yellow, 20-32 x 18-23 mm; hood of androecium yellow, 18-22 x 20- 25 mm, doubly coiled, the second coil short, terminating in short appendages, the hood appendages bright yellow; staminal ring asymmetric, with over 300 stamens in 8-12 rows, the filaments clavate, white, 1-1.5 mm long, the anthers yellow, ca. 0.5 mm long; ovary 2-locular, each locule with numerous basally attached ovules, the summit of ovary umbonate, 1.5-2 mm high, the style not well differentiated from summit, ca. 1 mm long. Fruits depressed globose, the calycine ring inserted 3-12 mm below opercular opening, with distinct calyx scars, the pericarp 2-5 mm thick, the lower portion often with distinct, large lenticels on exterior; operculum convex, umbonate or not umbonate, 15-22 mm high, always shorter than or equal to the length of the fruit base. Seeds 15-35, densely packed, wedge-shaped, with broadest part of wedge above middle, tapering towards base, markedly angular, varying from triangular to hexagonal, but most frequently pentagonal in cross section, 2.8- 5 cm long, surrounded completely by aril; germination lateral, the seedling emerging from opposite sides of center of flattened sides of seed.
Common names: Brazil. Macacarecuia ( = monkey's bailing cup).
Distribution: This species occurs along the Amazon, Negro, Solimões, and Orinoco rivers.
Ecology: A common species of seasonally flooded forests and the Orinoco and Rio Negro and from.
Phenology: Peak flowering occurs from Nov through Mar.
Pollination: No reports of pollination have been recorded but the yellow flower color suggests bees as pollinators.
Dispersal: The seeds of this species fall into the water when the operculum dehisces and remain buoyant for at least four months (Prance, laboratory test).
Predation: The fruits are often attacked by rats which chew open the immature pyxidia and eat the unripe seeds. The uacari monkey (Cacajao melanocephalus ouakary feeds on the seedlings of Eschweilera tenuifolia in the dry season in the Jau National Park (Barnett et al. 2012).
Field characters: This species can be recognized by the habitat it occurs in (igapó or black water flooded forest), small size, androecium with a double coilded hood and over 300 stamens, depressed globose fruits, and wedge-shaped seeds without an aril.
Taxonomic notes: The name most commonly used for this species, Jugastrum coriaceum (DC.) Miers, cannot be maintained because it is based on Lecythis coriacea DC., a name that applies to an entirely different species of Eschweilera (=E. coriacea (DC.) Martius ex Berg). When Berg transferred L. coriacea to Eschweilera he emended the description to include the fruits of a Martius collection which were not seen by de Candolle. These fruits are typical of E. tenuifolia and therefore Berg's concept of Eschweilera coriacea includes the leaves of E. coriacea as well as the fruits of E. tenuifolia. Consequently, one of the other names for this species used by Berg (1858) must be applied and we have chosen E. tenuifolia based on Lecythis tenuifolia Berg. The five species of Jugastrum described by Miers were based on fruit characters. Two of his species were known from fruits alone. Recent collections have shown that there is much variation in fruit size and shape even within individuals. For example, Jugastrum depressum was based on a juvenile pyxidium. We now consider all individuals with distinctly angular, wedge-shaped seeds that are completely surrounded by an aril as belonging to E. tenuifolia. There is considerable variation in leaf shape with a tendency to longer, narrower, and more oblong leaves in the vicinity of Manaus. Similarly there is a tendency to a more triangular leaf in the upper Rio Negro region. Nevertheless, in both regions the more typical elliptic leaves also occur. Leaf variation is so poorly correlated with other characters and geography that we have not recognized it taxonomically. Flower structure is quite uniform throughout this species. The large number of ring stamens which extend well up the ligule is the most noteworthy floral characteristic.
Conservation: IUCN Red List: Not on list.
Uses: The seeds of this species are eaten by two species of fish commonly consumed by humans, the matrinxã (Brycon sp.) and the tambaqui (Colossoma macropomum) (Alencar Maia, 2008).
Etymology: The species epithet refers to the texture of the leaves.
Source: This species page is based on Mori & Prance, 1990.
Acknowledgements: We are grateful to C. Gracie and C. M. Potascheff for allowing us to use their images to illustrate the characters of this species.
Flora and Monograph Treatment(s):
Eschweilera tenuifolia (O.Berg) Miers: [Article] Mori, S. A. & Prance, Ghillean T. 1990. Lecythidaceae - Part II: The zygomorphic-flowered New World genera (Couroupita, Corythophora, Bertholletia, Couratari, Eschweilera, & Lecythis). With a study of secondary xylem of Neotropical Lecythidaceae by Carl de Zeeuw. Fl. Neotrop. Monogr. 21: 1-376.
Eschweilera tenuifolia (O.Berg) Miers: [Article] Mori, S. A. & Prance, Ghillean T. 1990. Lecythidaceae - Part II: The zygomorphic-flowered New World genera (Couroupita, Corythophora, Bertholletia, Couratari, Eschweilera, & Lecythis). With a study of secondary xylem of Neotropical Lecythidaceae by Carl de Zeeuw. Fl. Neotrop. Monogr. 21: 1-376.
Related Objects:
• M. J. P. Pires-O'Brien 588, Brazil
• S. Flores 115, Venezuela
• D. G. Campbell 22033, Brazil
• L. V. Ferreira 135, Brazil
• C. A. Cid Ferreira 1755, Brazil
• L. Riedel s.n., Brazil
• L. V. Ferreira 23, Brazil
• K. Kubitzki 84-351, Brazil
• B. G. Stergios D. 16361, Venezuela
• G. Colonnello 1240, Venezuela
• G. A. Aymard Corredor 9299, Venezuela
• B. G. Stergios D. 7363, Venezuela
• B. G. Stergios D. 7442, Venezuela
• H. L. Clark 7565, Venezuela
• H. L. Clark 8305, Venezuela
• B. G. Stergios D. 8059, Venezuela
• B. G. Stergios D. 7519, Venezuela
• A. Castillo 3080, Venezuela
• B. G. Stergios D. 8854, Venezuela
• G. Martinelli 14651, Brazil
• J. A. Silva 353, Brazil
• J. A. Silva 353, Brazil
• C. A. Cid Ferreira 3938, Brazil
• C. A. Cid Ferreira 3938, Brazil
• W. C. Steward 339, Brazil
• P. R. J. Bamps 5277, Brazil
• A. Webber 948, Brazil
• D. G. Campbell 22033, Brazil
• D. C. Daly 5463, Brazil
• H.- H. Hornung 160395-2, Brazil
• M. L. Kawasaki 101, Brazil
• G. K. Gottsberger 17-13286, Brazil
• D. G. Campbell 22033, Brazil
• J. Revilla 4076, Brazil
• J. Revilla 4076, Brazil
• G. K. Gottsberger 17-13286, Brazil
• D. F. Coêlho 425, Brazil
• G. M. Christenson GMC-1425, Venezuela
• J. Rosales 3, Venezuela
• J. Velazco 100, Venezuela
• L. Marcano-Berti 2611, Venezuela
• J. Velazco 1752, Venezuela
• B. G. Stergios D. 16337, Venezuela
• J. Rosales 1709, Venezuela
• Kate Clark s.n., Venezuela
• B. G. Stergios D. 13217, Venezuela
• B. G. Stergios D. 16227, Venezuela
• A. Castillo 3275, Venezuela
• H. L. Clark 8026, Venezuela
• G. M. Christenson GMC-1425, Venezuela
• H. L. Clark 7565, Venezuela
• B. G. Stergios D. 16227, Venezuela
• M. A. D. de Souza 44, Brazil
• M. A. D. de Souza 44, Brazil
• G. K. Gottsberger 122-17186, Brazil
• R. C. Forzza 7021, Brazil
• R. C. Forzza 7061, Brazil
• K. Kubitzki 88-10, Brazil
• L. V. Ferreira 74, Brazil
• U. N. Maciel 155, Brazil
• U. N. Maciel 242, Brazil
• S. A. Mori 20343, Brazil
• S. A. Mori 20343, Brazil
• E. Marin 458, Venezuela
• B. G. Stergios D. 11663, Venezuela
• F. J. Guánchez 1229, Venezuela
• F. J. Guánchez 1160, Venezuela
• E. Marin 694, Venezuela
• A. Castillo 4423, Venezuela
• A. Castillo 4441, Venezuela
• C. Knab-Vispo 748, Venezuela
• M. Yanez 336, Venezuela
• G. A. Aymard Corredor 8968, Venezuela
• G. A. Aymard Corredor 7395, Venezuela
• B. W. Nelson 1082, Brazil
• B. W. Nelson 1082, Brazil
• B. W. Nelson 1184, Brazil
• B. W. Nelson 1184, Brazil
• B. W. Nelson 1182B, Brazil
• M. J. P. Pires-O'Brien 1386, Brazil
• H. L. Clark 7593, Venezuela
• F. J. Breteler 4845, Venezuela
• N. T. da Silva 4489, Brazil
• W. A. Ducke 21517, Brazil
• N. T. da Silva 4489, Brazil
• D. F. Coêlho 425, Brazil
• O. C. Nascimento 188, Brazil
• B. W. P. de Albuquerque 725, Brazil
• A. Loureiro s.n., Brazil
• J. Revilla 4445, Brazil
• J. Revilla 4076, Brazil
• J. Revilla 4076, Brazil
• J. Revilla 4444, Brazil
• D. G. Campbell 21838, Brazil
• M. R. dos Santos 207, Brazil
• G. Martinelli 7287, Brazil
• A. Loureiro s.n., Brazil
• G. N. Morillo 4031, Venezuela
• H. L. Clark 7547, Venezuela
• L. W. Williams 15952, Venezuela
• L. W. Williams 14804, Venezuela
• J. J. Wurdack 42743, Venezuela
• P. Piñate 1029, Venezuela
• J. J. Wurdack 43786, Venezuela
• P. B. Cavalcante 1781, Brazil
• P. L. B. Lisboa 804, Brazil
• W. A. Rodrigues 4016, Brazil
• W. A. Rodrigues 6773, Brazil
• W. A. Rodrigues 267, Brazil
• C. A. Cid Ferreira 1755, Brazil
• C. A. Cid Ferreira 1351, Brazil
• R. Vilhena 166, Brazil
• U. N. Maciel 155, Brazil
• U. N. Maciel 114, Brazil
• U. N. Maciel 242, Brazil
• R. Vilhena 276, Brazil
• G. N. Morillo 4031, Venezuela
• O. Huber 1662, Venezuela
• J. M. Pires 83, Brazil
• G. T. Prance 19636, Brazil
• G. T. Prance 11533, Brazil
• G. T. Prance 11533, Brazil
• G. T. Prance 11533, Brazil
• G. T. Prance 11533, Brazil
• G. T. Prance 20548, Brazil
• G. T. Prance 20548, Brazil
• G. T. Prance 20548, Brazil
• G. T. Prance 24357, Brazil
• G. T. Prance 24357, Brazil
• G. T. Prance 10448, Brazil
• G. T. Prance 10448, Brazil
• G. T. Prance 3029, Brazil
• G. T. Prance 4726, Brazil
• G. T. Prance 4726, Brazil
• G. T. Prance 11740, Brazil
• G. T. Prance 11740, Brazil
• G. T. Prance 11740, Brazil
• G. T. Prance 14897, Brazil
• G. T. Prance 14897, Brazil
• G. T. Prance 18746, Brazil
• G. T. Prance 18746, Brazil
• G. T. Prance 23397, Brazil
• G. T. Prance 23397, Brazil
• G. T. Prance 24354, Brazil
• G. T. Prance 24354, Brazil
• G. T. Prance 24355, Brazil
• G. T. Prance 24355, Brazil
• G. T. Prance 24356, Brazil
• G. T. Prance 24356, Brazil
• G. T. Prance 24708, Brazil
• G. T. Prance 24708, Brazil
• G. T. Prance 24711, Brazil
• G. T. Prance 24711, Brazil
• G. T. Prance 29421, Brazil
• G. T. Prance 23397, Brazil
• G. T. Prance 23397, Brazil
• G. T. Prance 8062, Brazil
• G. T. Prance 3679, Brazil
• J. A. Steyermark 102969, Venezuela
• J. A. Steyermark 102969, Venezuela
• J. A. Steyermark 102969, Venezuela
• J. A. Steyermark 102612, Venezuela
• J. A. Steyermark 58443, Venezuela
• B. Maguire 30773, Venezuela
• B. Maguire 34608A, Venezuela
• B. Maguire 36632, Venezuela
• B. Maguire 34908, Venezuela
• B. Maguire 36500, Venezuela
• B. Maguire 35590, Venezuela
• B. Maguire 42625, Venezuela
• J. L. Zarucchi 3397, Colombia
• R. E. Schultes 9771, Brazil
• R. L. Liesner 8764, Venezuela
• R. L. Liesner 6252, Venezuela
• R. L. Liesner 8612, Venezuela
• M. Colella 2165, Venezuela
• A. H. Gentry 47348, Venezuela
• A. H. Gentry 47374, Venezuela
• A. H. Gentry 10968, Venezuela
• A. H. Gentry 12870, Brazil
• Kate Clark s.n., Venezuela
• G. Davidse 27726, Venezuela
• G. Davidse 12544, Venezuela
• G. Davidse 12762, Venezuela
• G. Davidse 13033, Venezuela
• G. Davidse 15695, Venezuela
• G. Davidse 27715, Venezuela
• G. Davidse 12265A, Venezuela
• Eschweilera tenuifolia (O.Berg) Miers
• Eschweilera tenuifolia (O.Berg) Miers
• P. E. Berry 6182, Venezuela
• G. Martinelli 17149, Brazil
• G. Dos Santos 677, Brazil
• S. Flores 115, Venezuela
• D. G. Campbell 22033, Brazil
• L. V. Ferreira 135, Brazil
• C. A. Cid Ferreira 1755, Brazil
• L. Riedel s.n., Brazil
• L. V. Ferreira 23, Brazil
• K. Kubitzki 84-351, Brazil
• B. G. Stergios D. 16361, Venezuela
• G. Colonnello 1240, Venezuela
• G. A. Aymard Corredor 9299, Venezuela
• B. G. Stergios D. 7363, Venezuela
• B. G. Stergios D. 7442, Venezuela
• H. L. Clark 7565, Venezuela
• H. L. Clark 8305, Venezuela
• B. G. Stergios D. 8059, Venezuela
• B. G. Stergios D. 7519, Venezuela
• A. Castillo 3080, Venezuela
• B. G. Stergios D. 8854, Venezuela
• G. Martinelli 14651, Brazil
• J. A. Silva 353, Brazil
• J. A. Silva 353, Brazil
• C. A. Cid Ferreira 3938, Brazil
• C. A. Cid Ferreira 3938, Brazil
• W. C. Steward 339, Brazil
• P. R. J. Bamps 5277, Brazil
• A. Webber 948, Brazil
• D. G. Campbell 22033, Brazil
• D. C. Daly 5463, Brazil
• H.- H. Hornung 160395-2, Brazil
• M. L. Kawasaki 101, Brazil
• G. K. Gottsberger 17-13286, Brazil
• D. G. Campbell 22033, Brazil
• J. Revilla 4076, Brazil
• J. Revilla 4076, Brazil
• G. K. Gottsberger 17-13286, Brazil
• D. F. Coêlho 425, Brazil
• G. M. Christenson GMC-1425, Venezuela
• J. Rosales 3, Venezuela
• J. Velazco 100, Venezuela
• L. Marcano-Berti 2611, Venezuela
• J. Velazco 1752, Venezuela
• B. G. Stergios D. 16337, Venezuela
• J. Rosales 1709, Venezuela
• Kate Clark s.n., Venezuela
• B. G. Stergios D. 13217, Venezuela
• B. G. Stergios D. 16227, Venezuela
• A. Castillo 3275, Venezuela
• H. L. Clark 8026, Venezuela
• G. M. Christenson GMC-1425, Venezuela
• H. L. Clark 7565, Venezuela
• B. G. Stergios D. 16227, Venezuela
• M. A. D. de Souza 44, Brazil
• M. A. D. de Souza 44, Brazil
• G. K. Gottsberger 122-17186, Brazil
• R. C. Forzza 7021, Brazil
• R. C. Forzza 7061, Brazil
• K. Kubitzki 88-10, Brazil
• L. V. Ferreira 74, Brazil
• U. N. Maciel 155, Brazil
• U. N. Maciel 242, Brazil
• S. A. Mori 20343, Brazil
• S. A. Mori 20343, Brazil
• E. Marin 458, Venezuela
• B. G. Stergios D. 11663, Venezuela
• F. J. Guánchez 1229, Venezuela
• F. J. Guánchez 1160, Venezuela
• E. Marin 694, Venezuela
• A. Castillo 4423, Venezuela
• A. Castillo 4441, Venezuela
• C. Knab-Vispo 748, Venezuela
• M. Yanez 336, Venezuela
• G. A. Aymard Corredor 8968, Venezuela
• G. A. Aymard Corredor 7395, Venezuela
• B. W. Nelson 1082, Brazil
• B. W. Nelson 1082, Brazil
• B. W. Nelson 1184, Brazil
• B. W. Nelson 1184, Brazil
• B. W. Nelson 1182B, Brazil
• M. J. P. Pires-O'Brien 1386, Brazil
• H. L. Clark 7593, Venezuela
• F. J. Breteler 4845, Venezuela
• N. T. da Silva 4489, Brazil
• W. A. Ducke 21517, Brazil
• N. T. da Silva 4489, Brazil
• D. F. Coêlho 425, Brazil
• O. C. Nascimento 188, Brazil
• B. W. P. de Albuquerque 725, Brazil
• A. Loureiro s.n., Brazil
• J. Revilla 4445, Brazil
• J. Revilla 4076, Brazil
• J. Revilla 4076, Brazil
• J. Revilla 4444, Brazil
• D. G. Campbell 21838, Brazil
• M. R. dos Santos 207, Brazil
• G. Martinelli 7287, Brazil
• A. Loureiro s.n., Brazil
• G. N. Morillo 4031, Venezuela
• H. L. Clark 7547, Venezuela
• L. W. Williams 15952, Venezuela
• L. W. Williams 14804, Venezuela
• J. J. Wurdack 42743, Venezuela
• P. Piñate 1029, Venezuela
• J. J. Wurdack 43786, Venezuela
• P. B. Cavalcante 1781, Brazil
• P. L. B. Lisboa 804, Brazil
• W. A. Rodrigues 4016, Brazil
• W. A. Rodrigues 6773, Brazil
• W. A. Rodrigues 267, Brazil
• C. A. Cid Ferreira 1755, Brazil
• C. A. Cid Ferreira 1351, Brazil
• R. Vilhena 166, Brazil
• U. N. Maciel 155, Brazil
• U. N. Maciel 114, Brazil
• U. N. Maciel 242, Brazil
• R. Vilhena 276, Brazil
• G. N. Morillo 4031, Venezuela
• O. Huber 1662, Venezuela
• J. M. Pires 83, Brazil
• G. T. Prance 19636, Brazil
• G. T. Prance 11533, Brazil
• G. T. Prance 11533, Brazil
• G. T. Prance 11533, Brazil
• G. T. Prance 11533, Brazil
• G. T. Prance 20548, Brazil
• G. T. Prance 20548, Brazil
• G. T. Prance 20548, Brazil
• G. T. Prance 24357, Brazil
• G. T. Prance 24357, Brazil
• G. T. Prance 10448, Brazil
• G. T. Prance 10448, Brazil
• G. T. Prance 3029, Brazil
• G. T. Prance 4726, Brazil
• G. T. Prance 4726, Brazil
• G. T. Prance 11740, Brazil
• G. T. Prance 11740, Brazil
• G. T. Prance 11740, Brazil
• G. T. Prance 14897, Brazil
• G. T. Prance 14897, Brazil
• G. T. Prance 18746, Brazil
• G. T. Prance 18746, Brazil
• G. T. Prance 23397, Brazil
• G. T. Prance 23397, Brazil
• G. T. Prance 24354, Brazil
• G. T. Prance 24354, Brazil
• G. T. Prance 24355, Brazil
• G. T. Prance 24355, Brazil
• G. T. Prance 24356, Brazil
• G. T. Prance 24356, Brazil
• G. T. Prance 24708, Brazil
• G. T. Prance 24708, Brazil
• G. T. Prance 24711, Brazil
• G. T. Prance 24711, Brazil
• G. T. Prance 29421, Brazil
• G. T. Prance 23397, Brazil
• G. T. Prance 23397, Brazil
• G. T. Prance 8062, Brazil
• G. T. Prance 3679, Brazil
• J. A. Steyermark 102969, Venezuela
• J. A. Steyermark 102969, Venezuela
• J. A. Steyermark 102969, Venezuela
• J. A. Steyermark 102612, Venezuela
• J. A. Steyermark 58443, Venezuela
• B. Maguire 30773, Venezuela
• B. Maguire 34608A, Venezuela
• B. Maguire 36632, Venezuela
• B. Maguire 34908, Venezuela
• B. Maguire 36500, Venezuela
• B. Maguire 35590, Venezuela
• B. Maguire 42625, Venezuela
• J. L. Zarucchi 3397, Colombia
• R. E. Schultes 9771, Brazil
• R. L. Liesner 8764, Venezuela
• R. L. Liesner 6252, Venezuela
• R. L. Liesner 8612, Venezuela
• M. Colella 2165, Venezuela
• A. H. Gentry 47348, Venezuela
• A. H. Gentry 47374, Venezuela
• A. H. Gentry 10968, Venezuela
• A. H. Gentry 12870, Brazil
• Kate Clark s.n., Venezuela
• G. Davidse 27726, Venezuela
• G. Davidse 12544, Venezuela
• G. Davidse 12762, Venezuela
• G. Davidse 13033, Venezuela
• G. Davidse 15695, Venezuela
• G. Davidse 27715, Venezuela
• G. Davidse 12265A, Venezuela
• Eschweilera tenuifolia (O.Berg) Miers
• Eschweilera tenuifolia (O.Berg) Miers
• P. E. Berry 6182, Venezuela
• G. Martinelli 17149, Brazil
• G. Dos Santos 677, Brazil