Taxon Details: Eschweilera ovata (Cambess.) Mart. ex Miers
Taxon Profile:
The Plant List
International Plant Name Index
Tropicos
Catalogue of Life
Global Biodiversity Information Facility
JSTOR Types
JSTOR
BHL
Encyclopedia of Life
WikiSpecies
Google Scholar
PubMed
Morphbank
IUCN
National Center for Biotechnology Information
Barcode of Life
Multimedia:

Additional Resources:

Family:

Lecythidaceae (Magnoliophyta)
Scientific Name:

Eschweilera ovata (Cambess.) Mart. ex Miers
Primary Citation:

Trans. Linn. Soc. London 30: 257. 1874
Accepted Name:

This name is currently accepted.
Description:

Author: Scott A. Mori, Ghillean, T. Prance & Nathan P. Smith

Type: Same as for Lecythis ovata Cambess.

Description: Small to medium-sized trees, 3-20 m tall. Bark gray, with shallow, interconnected fissures, the outer bark 1-2 mm thick, the inner bark 4 mm thick. Leaves: petioles 5-10 mm long; blades elliptic, less frequently interpreted as ovate, 5-14.5 x 3-6.5 cm, glabrous, chartaceous to coriaceous, the base obtuse to rounded, the margins entire, the apex acute or acuminate; secondary veins in 8-10 pairs of lateral veins. Inflorescences racemose, terminal or axillary, usually unbranched, the principal rachis 1-10 cm long, glabrous; pedicels well-defined, 10-15 mm long. Flowers 3-4 cm diam.; calyx with six lobes, the lobes widely ovate, 3.5-7 x 3-7 mm, ascending, not imbricate or scarcely imbricate, convex abaxially, flat adaxially; petals six, usually white or light yellow, widely obovate, 17-24 x 12-18 mm; androecium with staminal ring with 150-225 stamens, the filaments not clavate, 1.5-2 mm long, the anthers 0.3-0.5 mm long, the hood forming double coil, 11-20 x 11-16 mm, yellow; ovary 2-locular, with 7-9 basally attached ovules, the summit umbonate, the style 2-3 mm long. Fruits cup-shaped, generally rounded at base, 2.5-3.5 x 2.5-4.0 cm (excluding operculum), the pericarp 2-3 mm thick, the calycine ring inserted near apex. Seeds 1-2 per fruit; aril lateral.

Common names: Brazil: biriba is the most common name applied to this species (L. Mattos-silva 1143 and many other collections by this collector and others), biriba-branca (S. A. Mori et al. 10937) is applied to individuals with lighter colored bark growing in open areas and biriba-preta (Euponino 180) is applied to individuals with darker colored bark growing in forest. Other names such as biriba roxa (F. S. Santos 277), embiriba (C. Ramalho 2056), imbiriba (K. Almeida & M. Andrade 85), and sapucaia biriba (D. Sucre 5695) are infrequently used for this species.

Distribution: Found in eastern coastal Brazil from Espírito Santo northward into eastern Amazonia. Further to the north in Pará and southern Amapá other collections have been gathered that could represent this species. In this area, the Guianan E. pedicellata meets the northernmost populations of E. ovataand it becomes difficult to assign collections to one or the other of these two species.

Ecology: A common species found in moist to wet forests and in shorter restinga forests. This species is also common in degraded areas where it appears to be a pioneer species (Gusson et al., 2006)

Phenology: Flowering collections have been made throughout the year but peak flowering occurs from Sep to Jan. This species may lose most of its leaves and flush new leaves sometime after the old leaves have dropped in Oct as reported by A. Popovkin based on observations of a single tree (Popovkin, pers. Obs. on 17 Oct. 2007).

Pollination: Several observations have noted that the flowers are pleasantly aromatic (D. Daly et al. D266 and J. Pirani & D. Zappi 1055). E. P. Heringer et al. 3424A reported a large bee resembling a bumble bee pollinating the flowers.

Dispersal: Squirrels seem to be the most efficient dispersal agents but the dispersal system is similar to that of the Brazil nut, i.e., the squirrels eat some seeds and hide others for future consumption. Those that are fogotten have the potential to grow into trees. The red-rumped cacique knocks the seeds out of the fruit while feeding on the arils but they were not observed carrying seeds away from the tree (Vilela et al., 2012).

Predation: The seeds of E. ovata are preyed by a wide variety of animals which includes squirrels, monkeys, agoutis, pacas, peccarries, and opossums (Vilela et al., 2012).

Field characters: This is the only species of Eschweilera in eastern Brazil with a double-coiled androecial hood but in eastern Amazonia there are many species with this type of androecial hood.. It is also recognized in the field by its white or pale yellow petals; darker yellow androecial hood; its small, cup-shaped, thin-walled fruits; and lateral arils. The calyx-lobes are separate from one another (i. e., they do not form a calycine rim as in the Eschweilera sect. Tetrapetala group). This is the most commonly collected species of Lecythidaceae in eastern Brazil.

Taxonomic notes: Berg (1858) recognized a number of infraspecific taxa of Lecythis ovata Camb. which were later correctly transferred to Eschweilera by Miers (1874). In addition, Berg named other eastern Brazilian species, e.g. L. blanchetiana which are currently placed in taxonomy. We recommend that the protologues and types of the synonyms under Eschweilera ovata be studied before new species of Eschweilera, or future segregates from it, are published. We are confident that specimens identified as this species from Maranhão and eastern Pará represent this species but are less confident about those from Amapá.

Conservation: IUCN Red List: not on list (IUCN, 2009). Plantas Raras do Brasil: not on list (Giulietti et al., 2009).

Uses: Used to make the bows of a musical instrument called the berimbau which is the most important musical instrument in the martial arts dance called capoeira. The dance originated with African slaves. The species is also important in forest sucession after major disturbance (Gusson et al., 2006) and the individuals of this species have been used to make charcoal, railroad ties (J. Spada 004/77) and shingles (A. P. Duarte 6646).

Etymology: The species epithet most likely refers to the leaves which are sometimes ovate in shape.

Source: Based on Mori and Prance in Mori and Prance (1990).

Related Objects:

E. M. N. Ferraz 273, Brazil
G. G. Hatschbach 51371, Brazil
M. Ribeiro 875, Brazil
G. G. Hatschbach 52727, Brazil
G. G. Hatschbach 51365, Brazil
R. P. Lyra-Lemos 2750, Brazil
Bautista 673, Brazil
H. P. Bautista 673, Brazil
J. G. de Carvalho-Sobrinho 362, Brazil
L. A. Mattos Silva 2071, Brazil
A. Rapini 1142, Brazil
M. M. M. Lopes 851, Brazil
A. Euponino 85, Brazil
A. Rylands 50, Brazil
M. F. F. da Silva 9, Brazil
S. Tavares 65, Brazil
S. Tavares 70, Brazil
A. A. M. Araújo 173, Brazil
J. R. Pirani 2453, Brazil
E. M. Pessoa 117, Brazil
I. M. M. Sá e Silva 21, Brazil
I. M. M. Sá e Silva 21, Brazil
H. C. H. Silva 86, Brazil
L. A. Pereira 391, Brazil
J. R. Pirani 2402, Brazil
J. R. Pirani 2402, Brazil
J. M. A. Braga 7310, Brazil
B. S. Amorim 1230, Brazil
M. R. de V. Barbosa 2776, Brazil
R. M. Déda 88, Brazil
L.A. Gomes 300, Brazil
L.A. Gomes 45, Brazil
A. P. do N. Prata 2573, Brazil
M. Ribeiro 1095, Brazil
M. Ribeiro 981, Brazil
M. Ribeiro 979, Brazil
J. G. Kuhlmann 6467, Brazil
B. J. Pickel 2235, Brazil
A. S. L. da Silva 130, Brazil
R. C. Campêlo 2056, Brazil
R. P. Lyra-Lemos 109, Brazil
R. P. Lyra-Lemos 2750, Brazil
J. Jangoux 1211, Brazil
N. T. da Silva 1361, Brazil
N. T. da Silva 1548, Brazil
A. S. Tavares 257, Brazil
P. da C. Gadelha Neto 3213, Brazil
R. S. Pinheiro 1780, Brazil
R. A. X. Borges 717, Brazil
J. Almeida 244, Brazil
R. P. Belém 766, Brazil
R. S. Pinheiro 1709, Brazil
J. Almeida 80, Brazil
R. S. Pinheiro 2045, Brazil
L. A. Mattos Silva 630, Brazil
L. A. Mattos Silva 1712, Brazil
L. A. Mattos Silva 2169, Brazil
L. A. Mattos Silva 1143, Brazil
E. P. Heringer 3424A, Brazil
E. P. Heringer 3449A, Brazil
J. G. Jardim 125, Brazil
J. Almeida 161, Brazil
L. P. de Queiroz 2908, Brazil
L. A. Mattos Silva 766, Brazil
L. A. Mattos Silva 1953, Brazil
J. A. Lombardi 1056, Brazil
J. A. Lombardi 1065, Brazil
A. Euponino 408, Brazil
J. L. Hage 116, Brazil
A. Euponino 369, Brazil
S. C. de Sant'Ana 107, Brazil
S. G. da Vinha 76, Brazil
A. P. Duarte 6646, Brazil
A. P. Duarte 8052, Brazil
B. D. Sucre 11203, Brazil
A. Euponino 180, Brazil
R. P. Belém 2782, Brazil
J. L. Hage 439, Brazil
L. A. Mattos Silva 4102, Brazil
L. A. Mattos Silva 4102, Brazil
S. C. de Sant'Ana 286, Brazil
A. M. Amorim 345, Brazil
L. A. Mattos Silva 1253, Brazil
M. R. dos Santos 486, Brazil
M. R. dos Santos 292, Brazil
J. R. Pirani 1055, Brazil
J. R. Pirani 2773, Brazil
H. C. de Lima 7919, Brazil
D. C. Daly D266, Brazil
D. C. Daly D358, Brazil
D. C. Daly D364, Brazil
J. Revilla 8344, Brazil
D. C. Daly D532, Brazil
J. Spada 4/77, Brazil
J. Spada 8, Brazil
G. Martinelli 1824, Brazil
J. Spada 54, Brazil
R. S. Pinheiro 2317, Brazil
G. Martinelli 2023, Brazil
R. P. Belém 1586, Brazil
B. D. Sucre 5695, Brazil
J. Jangoux 463, Brazil
M. F. F. da Silva 1036, Brazil
J. R. Pirani 2658, Brazil
K. Almeida 15, Brazil
K. Almeida 15, Brazil
K. Almeida 85, Brazil
J. R. Pirani 3358, Brazil
J. R. Pirani 3337, Brazil
D. C. Daly D660, Brazil
J. R. Pirani 2781, Brazil
J. R. Pirani 3468, Brazil
L. A. Mattos Silva 668, Brazil
S. A. Mori 14192, Brazil
S. A. Mori 14192, Brazil
S. A. Mori 11486, Brazil
S. A. Mori 11492, Brazil
S. A. Mori 11486, Brazil
S. A. Mori 11492, Brazil
S. A. Mori 13071, Brazil
S. A. Mori 11486, Brazil
S. A. Mori 11492, Brazil
S. A. Mori 10976, Brazil
S. A. Mori 9714, Brazil
S. A. Mori 9714, Brazil
S. A. Mori 10937, Brazil
H. C. H. Silva 10, Brazil
E. M. N. Ferraz 578, Brazil
S. A. Mori 10676, Brazil
S. A. Mori 10676, Brazil
A. M. V. de Carvalho 5965, Brazil
A. M. V. de Carvalho 638, Brazil
A. M. V. de Carvalho 143, Brazil
A. M. V. de Carvalho 1613, Brazil
A. M. V. de Carvalho 878, Brazil
A. M. V. de Carvalho 878, Brazil
F. Souza Santos 229, Brazil
F. Souza Santos 277, Brazil
T. S. dos Santos 3960, Brazil
T. S. dos Santos 1461, Brazil
M. J. P. Pires-O'Brien 1426A, Brazil
G. Gardner, Brazil
G. Gardner 1023, Brazil
J. S. Blanchet 645, Brazil
G. T. Prance 1903, Brazil
G. T. Prance 26319, Brazil
G. T. Prance 26321, Brazil
G. T. Prance 26322, Brazil
G. T. Prance 58816, Brazil
J. A. Kallunki 357, Brazil
A. Castellanos 25524, Brazil
R. M. Harley 17280, Brazil
R. M. Harley 11009, Brazil
W. W. Thomas 11059, Brazil
W. W. Thomas 11060, Brazil
W. W. Thomas 8983, Brazil
W. W. Thomas 15021, Brazil
W. W. Thomas 10952, Brazil
W. W. Thomas 10952, Brazil
W. W. Thomas 15570, Brazil
W. W. Thomas 13298, Brazil
W. W. Thomas 11581, Brazil
W. W. Thomas 11581, Brazil
W. W. Thomas 11329, Brazil
W. W. Thomas 6018, Brazil
W. W. Thomas 8882, Brazil
W. W. Thomas 8342, Brazil
W. W. Thomas 7024, Brazil
W. W. Thomas 6074, Brazil
W. W. Thomas 6074, Brazil
W. W. Thomas 15682, Brazil
G. G. Hatschbach 60067, Brazil
G. G. Hatschbach 47003, Brazil
A. C. S. Cavalcanti 30, Brazil
C. Farney 4833, Brazil
C. Farney 4621, Brazil
C. Farney 4876, Brazil
E. P. Killip 30550, Brazil
M. M. Arbo 5534, Brazil
M. M. Arbo 7824, Brazil
M. M. Arbo 7824, Brazil
M. M. Arbo 5534, Brazil
M. M. Arbo 5566, Brazil
G. P. Lewis 1637, Brazil
R. de Lemos Fróes 11783, Brazil
R. de Lemos Fróes 11722, Brazil
R. de Lemos Fróes 11767, Brazil
H. M. Curran 47, Brazil
H. M. Curran 5, Brazil
R. A. S. de Pontes 852, Brazil
A. H. Gentry 50185, Brazil
M. de N. do C. Bastos 124, Brazil
D. Piotto 705, Brazil
G. A. Gomes-Costa 228, Brazil
W. L. Balée 2439, Brazil
Eschweilera ovata (Cambess.) Mart. ex Miers
Eschweilera ovata (Cambess.) Mart. ex Miers
Eschweilera ovata (Cambess.) Mart. ex Miers
Eschweilera ovata (Cambess.) Mart. ex Miers
Eschweilera ovata (Cambess.) Mart. ex Miers
Eschweilera ovata (Cambess.) Mart. ex Miers
Eschweilera ovata (Cambess.) Mart. ex Miers
Eschweilera ovata (Cambess.) Mart. ex Miers
Eschweilera ovata (Cambess.) Mart. ex Miers
Eschweilera ovata (Cambess.) Mart. ex Miers