European Journal of Taxonomy 148: 1-22

http://dx.doi.org/10.5852/ejt.2015.148

www. europeanj ournaloftaxonomy. eu

2015 • Botero J.P.

ISSN 2118-9773

This work is licensed under a Creative Commons Attribution 3,0 License.

Research article

um:lsid:zoobank.org:pub:E0FC6DFl-FB2B-4724-8502-85A939DF3129

Three new species, a lectotype designation, and taxonomic

and geographic notes in Eburiini

(Coleoptera, Cerambycidae, Cerambycinae)

Juan Pablo BOTERO

Departamento de Entomologia, Museu Nacional, Universidade Federal do Rio de Janeiro, UFRJ,

Quinta da Boa Vista, Sao Cristovao, CEP 20940-040, Rio de Janeiro, RJ, Brazil.

E-mail: [email protected]

urn:lsid:zoobank.org:author:463CA17F-AC2C-44DF-85AB-2AEA79684A12

Abstract. Three new species of Eburiini are described: Beraba hovorei sp. nov. from Ecuador, Eburella

migueli sp. nov from Colombia and Susuacanga marcelae sp. nov. from Mexico. A new combination,

Quiacaua vespertina (Monne & Martins, 1973) comb, nov., and the transfer of Eburia (Eburia)

strobeckeri Knull, 1949 to Eburia ( Eleutho ) Thomson, 1864 are proposed. A key to species of Beraba

Martins, 1997, Eburella Monne & Martins, 1973 and Quiacaua Martins, 1997 is provided. Moreover,

the geographical distribution for 15 species of Eburiini is expanded. A lectotype and a paralectotype for

Volxemia dianella Lameere, 1884 are designated.

Keywords. Beraba , Eburella , Quiacaua , Susuacanga , Volxemia.

Botero J.P. 2015. Three new species, a lectotype designation, and taxonomic and geographic notes in Eburiini

(Coleoptera, Cerambycidae, Cerambycinae). European Journal of Taxonomy 148: 1-22. http://dx.doi.org/10.5852/

ejt.2015.148

Introduction

_ r

The tribe Eburiini was proposed under the name “Eburiites” by Blanchard (1845) and was characterized

by the simple, spineless antennae, enlarged terminal palpomeres and short, relatively unprojected

genae. Eburiini is currently composed of 22 genera and 255 species, all with geographical distribution

restricted to North, Central (including the Caribbean) and South America. Eburia Lacordaire, 1830 and

Eburodacrys White, 1853 are the largest genera, comprising about 75% of the species of the tribe (87

and 89 species, respectively) (Botero 2015; Monne 2015).

In this work, one species of Beraba Martins, 1997, one species of Eburella Monne & Martins, 1973 and

one species of Susuacanga Martins, 1997 are described. Eburodacrys vespertina Monne & Martins,

1973 is transferred to Quiacaua Martins, 1997, new combination. Eburia strobe ckeri Knull, 1949,

currently allocated in the nominative subgenus, Eburia , is transferred to Eburia (.Eleutho ) Thomson,

1864. The geographical distribution is expanded for 15 species. The keys proposed by Martins, 1999 for

the genera Beraba , Eburella and Quiacaua are modified to include the new species.

European Journal of Taxonomy 148: 1-22 (2015)

Material and methods

The material originated from the following institutions, which are subsequently referred to by their

acronyms:

BMNH

CASC

IAVH

INPA

IRSNB

LGBC

MNRJ

MZSP

The Natural History Museum, Tondon, United Kingdom

California Academy of Sciences, San Francisco, California, United States of America

Institute de Investigaciones de Recursos Biologicos “Alexander von Humboldt”, Villa de

Leyva, Colombia

Cole 9 ao Sistematica de Entomologia, Institute Nacional de Pesquisas da Amazonia,

Manaus, Amazonas, Brazil

Institut Royal des Sciences Naturelles de Belgique, Brussels, Belgium

Larry G. Bezark Collection, Sacramento, California, United States of America

Museu Nacional, Universidade Federal do Rio de Janeiro, Rio de Janeiro, Brazil

Museu de Zoologia, Universidade de Sao Paulo, Sao Paulo, Brazil

The geographical distribution of the species follows the catalogue ofMonne (2015). Pictures were taken

with a Nikon D90 camera with Sigma 150 mm macro lens, optimized with Adobe Photoshop CS2 and

combined with the program CombineZP

Results

Taxonomy

Class Hexapoda Blainville, 1816

Order Coleoptera Linnaeus, 1758

Suborder Polyphaga Emery, 1886

Superfamily Chrysomeloidea Latreille, 1802

Family Cerambycidae Latreille, 1802

Subfamily Cerambycinae Latreille, 1802

Tribe Lburi ini Blanchard, 1845

Genus Beraba Martins, 1997

Beraba Martins, 1997: 67.

Beraba - Martins 1999: 178. — Galileo & Martins 2000: 159.—Monne2005: 137; 2012: 17.

Type species

Beraba moema Martins, 1997 (original designation).

Remarks

The genus Beraba was described by Martins (1997) to accomodate species previously assigned to

Eburia. The genus was differentiated from Eburia by the apices of the meso- and metafemora with only

an inner spine; integument shiny, antennomere III longer than IV, and the small size, generally smaller

than Eburia species. Currently, the genus comprises 17 species.

The key to species of Beraba proposed by Martins (1999) is modified to include four species described

subsequently after the publication of the key (B. inermis Martins & Galileo, 2002; B. odettae Martins &

Galileo, 2008; B. pallida Galileo & Martins, 2008 and B. tate Galileo & Martins, 2010) and the new

species, Beraba hovorei sp. nov.

BOTERO J.R, New species and taxonomic and geographic notes in Eburiini

Key to species of Beraba (modified and translated from Martins 1999)

1. Each elytron with two anterior eburneous callosities .2

- Each elytron with one anterior eburneous callosity .4

2. Tubercles of pronotum of same color as remainder of pronotum. Bolivia (Santa Cruz)

. B. pallida Galileo & Martins 2008

- Tubercles of pronotum black (contrasting in color from remainder of pronotum) .3

3. Tubercles of pronotum rounded at top; pronotum with fine and sparse pubescence; external posterior

eburneous callosities starting ahead of inner posterior callosities, the last one surrounded by black

area in its sutural side. Panama, Colombia. B.piriana Martins, 1997

- Tubercles of pronotum well projected and acuminated at top; pronotum glabrous; external posterior

eburneous callosities starting at the same level as the inner posterior callosities, the last one not surroun¬

ded laterally by black area. Venezuela (Bolivar), Brazil (Amazonas) . . .B, longicollis (Bates, 1870)

4. Elytra with eburneous callosities narrow and elongate; the external posterior callosity at least one

third of elytral length and separated for the inner callosity by distance equivalent to the width of

a callosity .5

- Elytra with eburneous callosities elliptical, thicker and less elongate; the external posterior callosity

slightly longer than the inner and separated for the inner callosity by distance smaller than the width

of a callosity .7

5. Antennae and tibiae black; lateral spine of prothorax weakly projected; tubercles of pronotum

concolorous withpronotal surface; external posterior callosity ofelytra starting behind the innerposterior

callosity. Brazil (Bahia, Minas Gerais, Espirito Santo). B. grammica (Monne & Martins, 1992)

- Antennae and tibiae brownish-orange or bicolored; lateral spine of prothorax clearly visible; tubercles

of pronotum black; external posterior callosity of elytra starting ahead of inner posterior callosity ... 6

6. Head, pronotum and most of the ventral region dark; antennae and tibiae bicolor; between anterior

and posterior callosities with elytral costae visible. Ecuador (Manabi). B. liovorei sp. nov.

- Head, pronotum, ventral region and tibiae brownish-orange; elytra without costae visible. Brazil

(Bahia, Minas Gerais). B. erosa (Martins, 1981)

7. Tubercles of pronotum of same color as remainder of pronotum .8

- Tubercles of pronotum black (contrasting in color from remainder of pronotum) .10

8. The external posterior eburneous callosities of elytra placed at beginning of the apical third and

distant from the inner callosities. Brazil (Rio de Janeiro) . B. angusticollis (Zajciw, 1961)

- The posterior eburneous callosities of elytra placed at same level .9

9. Prosternum and anterior region of pronotum smooth; elytral eburneous callosities long, the inner

central slightly shorter than external; elytral costae not visible. Ecuador (Pichincha).

. B. iuba Martins, 1997

- Posterior half of prosternum and anterior region of pronotum with punctures; elytral eburneous

callosities small, external central twice length of the inner callosity; elytral costae visible. Ecuador

(El Oro). B. moema Martins, 1997

10. Apex and spines of femora of same color as remainder .11

- Apex and spines of femora black, contrasting with adjacent color .14

11. Surface of pronotum only with wrinkles or with wrinkles and some interspersed punctures ... 12

- Surface of pronotum only with punctures, without wrinkles .13

European Journal of Taxonomy 148 : 1-22 ( 2015 )

12. External posterior eburneous callosities at least twice length of inner; external apex of elytra

unarmed. Colombia (Cundinamarca). B. inermis Martins & Galileo, 2002

Posterior eburneous callosities with similar size; apex of elytra with external spine. Colombia

(Bolivar). B. marica Galileo & Martins, 1999

13. Basal eburneous callosities narrowed and elongated; elytral costae visible behind posterior

callosities. Bolivia (Santa Cruz). B. tate Galileo & Martins, 2010

Basal eburneous callosities shorted and subrounded; without elytral costae visible behind posterior

callosities. Venezuela. B. limpida Martins, 1997

14. Pronotum rugosely punctate .15

- Pronotum smooth or only with micro sculpture .17

15. Scape black or darker than llagellomeres; prothorax with sides subparallel; eburneous callosities

elongate and thin. Brazil (Goias, Maranhao, Piaui). B. decora (Zajciw, 1961)

Scape with same color as llagellomeres, prothorax curved at sides or narrowed toward anterior

margin; eburneous callosities elliptical .16

16. Lateral tubercle of prothorax small; posterior eburneous callosities starting anteriorly at same

level; apex of elytra with black area. French Guiana. B. odettae Martins & Galileo, 2008

Lateral tubercle of prothorax long and acute; external posterior eburneous callosities starting behind

inner posterior callosities; apex of elytra without black area. Peru. B. spinosa (Zajciw, 1967)

17. Prothorax longer than wide, anterior region of epipleura without projection, metafemora exceeding

elytral apex. Brazil (Amazonas), French Guiana. B. cauera Galileo & Martins, 1999

Prothorax as long as wide; anterior region of epipleura with projection, metafemora not exceeding

elytral apex. Brazil (Mato Grosso do Sul), Bolivia (Cochabamba, Santa Cruz), Paraguay

. B. cheilaria (Martins, 1967)

Beraba hovorei sp. nov.

um:lsid:zoobank.org:act:7050EB85-61D0-4898-9512-5D652837ABD4

Fig. 1A-C

Differential diagnosis

Beraba hovorei sp. nov. is similar to B. grammica and B. erosa in having only one eburneous callosity

at the anterior region of each elytron and the posterior callosities narrow and elongated, the external

one at least one-third of the elytral length and separated for the inner by distance equivalent to the

width of a callosity. Beraba hovorei sp. nov. differs of both species by the color pattern: posterior

region of head, most of prothorax, mesosternum, metastemum and urosternites dark; antennae, femora

and tibiae bicolor; base of elytra and anterior and posterior region of posterior eburneous callosities

black and and elytral costae visible between anterior and posterior callosities. In B. grammica and

B. erosa the head, prothorax, mesosternum, metastemum and urosternites are brownish-orange, the

antennae, femora and tibiae are unicolor (antennae, femora and tibiae brownish-orange in B. erosa and

antennae and tibiae black and femora brownish-orange in B. grammica ); elytra with black areas just

surrounding the eburneous callosities, and without elytral costae visible between anterior and posterior

callosities. Beraba hovorei sp. nov. differs from B. grammica in having the pronotal tubercles black (in

B. grammica are of the same color than surface or pronotum) and by the external-posterior eburneous

elytral callosities starting ahead the inner-posterior (in B. grammica the external posterior starts behind

the inner posterior).

BOTERO J.R, New species and taxonomic and geographic notes in Eburiini

Etymology

The species epithet is in honor of Frank T. Hovore, one of the collectors of the type series, for his

contributions to the knowledge of the cerambycid fauna.

Fig. 1. A-C. Beraba hovorei sp. nov. A. Holotype, dorsal view. B. Holotype, ventral view.

C. Paratype, §, dorsal view. — D-E. Eburella migueli sp. nov., holotype, §. D. Dorsal view. E. Ventral

view. Scale bars = 1 mm.

European Journal of Taxonomy 148 : 1-22 ( 2015 )

Material examined

Holotype

ECUADOR, Manabi: 3, La Pila, 200 m, 01°11198 S, 080°58068 W, 18-27 Feb. 2006, F.T. Hovore &

I. Swift leg. (CASC).

Paratypes

ECUADOR, Manabi: 3 ??, La Pila, 200 m, 01°11198 S, 080°58068 W, 18-27 Feb. 2006, F.T. Hovore

& I. Swift leg. (LGBC); 13 S3, 8 same locality and data (2 S3 and 1 $ CASC, 8 33 and 4 $5

LGBC, 1 3 and 2 ? ? MNRJ, 2 33 and 1 ? MZSP).

Description

Male

Integument brownish-orange. Ventrally dark. Posterior region of head, sides of pronotum, pronotal

tubercles, base of elytra, anterior and posterior region of posterior eburneous callosities and elytral

spines black. Ante nn omeres III—X, femora and tibia bicolored: ante nn omeres with basal half brownish-

orange and apical half light brown; femora light brown with base brownish-orange and tibiae brownish-

orange with apex light brown.

Body covered by long, erect and sparse setae, denser at inner face of basal antennomeres. Ventrally with

dense grayish pubescence. Distance between upper lobes three times width of upper lobe. Antennae

exceeding elytral apices at apex of antennomere VIII. Prothorax as long as width (including lateral

tubercle), with lateral tubercle clearly visible, and acute. Pronotum with dense grayish pubescence,

glabrous at center and with two anterior tubercles weakly elevated and rounded at top. Surface of

pronotum with some shallow wr ink les

Scutellum covered by dense grayish pubescence. Elytra about 3.5 times longer than prothorax; surface

with coarse punctuation on basal half, finer and shallower towards to apex. Each elytron with three

eburneous callosities: one basal, elliptical; and two posterior, narrow and elongate (the inner slightly

wider than external), the external one at least one-third of elytral length, separated from inner by distance

equivalent to width of a callosity, the external starting ahead the inner. Elytral costae visible between

anterior and posterior callosities. Apex of elytra with external spine and with acute sutural projection.

Measurements (in mm )

Holotype, total length: 9.3, prothorax length: 1.8, prothorax width at its widest point: 1.7, elytral length:

6.5, humeral width: 2.0. Paratypes, 3 ! $, n = 13/ 11. Total length: 8.30±0.56 / 8.60±0.97, prothorax

length: 1.72±0.17 / 1.72±0.18, prothorax width at its widest point: 1.51±0.11 / 1.55±0.22, elytral length:

5.83±0.39 / 6.08±0.69, humeral width: 1.80±0.15 / 1.85±0.24.

Variability

The black areas of elytra can be lighter; the dark area at the anterior and posterior region of the posterior

eburneous callosities can expand between the callosities and surrounding the external margin of the

external callosity. In females, the antennae exceeding elytral apices at antennomere X.

Genus Eburella Monne & Martins, 1973

Eburella Monne & Martins, 1973: 152.

Eburella - Martins 1997: 67; 1999: 146.—Monne 2005: 140; 2012: 17.

Type species

Eburellapumicosa Monne & Martins, 1973 (original designation).

BOTERO J.R, New species and taxonomic and geographic notes in Eburiini

Remarks

Eburella was described by Monne & Martins (1973) for a single species, Eburellapumicosa Monne &

Martins, 1973; and characterized by the absence of pronotal tubercles; the presence, in males, of areas

densely hairy at stemites I-IV and tarsomeres swollen. Later, Martins (1997) described Eburellapinima

Martins, 1997 based on a single female; although he could not check the male characteristics, he justified

the inclusion of the species in Eburella by the absence of the anterolateral tubercles of prothorax and the

pronotal tubercles and the antennomere III without longitudinal sulcus. Later, Martins & Galileo (1999)

described a third species, Eburella longicollis Martins & Galileo, 1999, based on a male specimen

which did not have densely hairy areas on the sternites, considered by them as a specific characteristic.

Recently, Botero (2013) described the male of Eburella pinima and noticed that the urosternites of

males do not have densely hairy areas, corroborating the proposal of Martins & Galileo (1999) that this

is a specific characteristic. Currently, the genus is composed by three species and known from Bolivia,

Brazil, Paraguay and Peru.

Key to species of Eburella (modified and translated from Martins 1999)

1. Surface of pronotum with sparse, very fine and very shallow punctures (almost imperceptible);

apex of meso- and metafemora and femoral spine concolorous with body integument.2

- Surface of pronotum with dense and coarse punctures (clearly visible); apex of meso- and

metafemora and femoral spine black .3

2. Body elongate and narrow; elytral length / width ratio greater than 4; sides of prothorax without

spiniform tubercles; pronotum without black spots; eburneous elytral callosities short (shorter than

scape). Peru, Bolivia (Santa Cruz). Eburella pinima Martins, 1997

- Body shorter; elytral length / width ratio less than 4; sides of prothorax with spiniform projection;

pronotum with two black spots; eburneous elytral callosities long (longer than scape). Colombia

(Cundinamarca, Vichada). Eburella migueli sp. nov.

3. Prothorax about as long as wide; distance between upper eye lobes four times width of upper eye

lobe; males with densely hairy areas on sternites I-IV. Brazil (Mato Grosso, Mato Grosso do Sul),

Paraguay, Bolivia (Santa Cruz). E. pumicosa Monne & Martins, 1973

- Prothorax longer than wide; distance between upper eye lobes twice width of upper

eye lobe; males without densely hairy areas on sternites. Bolivia (Santa Cruz)

. Eburella longicollis Martins & Galileo, 1999

Eburella migueli sp. nov.

um:lsid:zoobank.org:act:57FB230D-962C-49C9-9F61-3944213C033D

Fig. 1D-E

Differential diagnosis

Eburella migueli sp. nov. is similar to E. pinima in having the surface of pronotum with sparse, very fine

and very shallow punctures (almost imperceptible). It differs in having lateral tubercles at the prothorax

(absent in E. pinima) and in having the apex and spine of femora black (reddish-orange in E. pinima).

Eburella migueli sp. nov. differs from the other species of Eburella in having two black spots on the

pronotum.

Etymology

The specific name is a genitive patronym in honor of my friend Miguel A. Monne, an inspiration to

many budding cerambycidologists, for his work on the Neotropical Cerambycidae. Miguel is one of the

authors of the Eburella genus.

European Journal of Taxonomy 148 : 1-22 ( 2015 )

Material examined

Holotype

COLOMBIA, Cundinamarca: §, PNN Sumapaz, Cabana Mirlas, 3°48’ N, 73°52’ W, 710 m, 3-30 Apr.

2002, “Malaise”, H. Vargas leg. (IAVH).

Paratype

COLOMBIA, Vichada: 1 ?, PNN Tuparro, Cerro Tomas, 5°2L N, 67°5L W, 141 m, 22 May-3 Jun.

2001, “Malaise”, W. Villalbaleg. (IAVH).

Description

Female

Integument reddish-orange. Apex of mandibles, two spots at anterior third of pronotum and anterior and

posterior region of posterior eburneous callosities, black.

Distance between upper lobes three times width of upper lobe. Antennae exceeding elytral apices at

antennomere VIII. Inner face of scape, pedicel, and antennomeres III-VI with long erect setae. Prothorax

longer than wide (including lateral tubercle), with small lateral tubercle. Pronotum with long, erected

and sparse yellow setae, surface with sparse, very fine and very shallow punctures, without wrinkles.

Prosternal process, mesosternum, mesepisternum, mesepimerum, metepisternum and lateral regions of

metastemum covered with dense whitish pubescence. Elytra about four times longer than prothorax;

surface with uniform, fine and shallow punctation. Each elytron with three eburneous callosities: one

basal, elliptical; and two posterior, joined, equal in length and more elongate than basal callosities. Apex

of elytra with external spine and with acute sutural projection.

Femora and tibiae fine and elongate; apical apex of meso- and metatibiae with long inner spine (longer

than elytral spine). Stemites decreasing in length, the first one twice length of fifth, surface with sparse,

long, white setae.

Measurements (in mm )

Holotype / paratype, total length: 10.8 / 11.0; prothorax length: 1.9 / 2.1, prothorax width at its widest

point: 1.6 / 1.7, elytral length: 7.7 / 7.9, humeral width: 2.0 / 2.0.

Variability

The paratype has the posterior region of anterior eburneous callosities black.

Remarks

Eburella migueli sp. nov. is the first record of Eburella for Colombia.

Genus Eburia Lacordaire, 1830

Eburia Lacordaire, 1830: 177. Type species: Cerambyx quadrimaculatus Linnaeus, 1767.

Dissacanthus Hope, 1835: 107. Type species: Cerambyx quadrimaculatus Linnaeus, 1767.

Coeleburia Thomson, 1861: 237. Type species: Coeleburia semipubescens Thomson, 1861 (by

monotypy).

Dissacantha Thomson, 1864: 240 (error). Type species: Cerambyx quadrimaculatus Linnaeus, 1767

(original designation).

Drymo Thomson, 1864: 242. Type species: Coeleburiapulverea Chevrolat, 1862 (monotypy).

Coeleburia - Thomson 1864: 240. —Martins 1997: 78.

BOTERO J.P, New species and taxonomic and geographic notes in Eburiini

Dissacanthus - Lacordaire 1868: 295.

Drymo - Lacordaire 1868: 292. —Martins 1997: 78.

Eburia - Audinet-Serville 1834: 8. —Laporte 1840: 243. —Blanchard 1845: 146. —LeConte 1850:

11; 1873a: 178; 1873b: 302.—Blanchard in Gay 1851: 462. — Strauch 1861: 129.—Thomson 1861:

237; 1864: 239, 449. — Lacordaire 1868: 293. — Bates 1870: 264; 1880: 19. — Chenu 1870: 311. —

LeConte & Horn 1883: 287. —Leng 1884: 115. —Blatchley 1910: 1022. —Bradley 1930: 229. —

Knull 1946: 191. —Linsley 1962: 54. —Arnett 1962: 862, 880. — Chemsalc & Linsley 1963: 213. —

Gilmour 1968: 107. —Zayas 1975: 60. —Martins & Napp 1979: 93. —Villiers 1980: 275. —Monne

1993: 21; 2005: 140; 2012: 17.—Martins 1997: 78; 1999: 225. —Noguera 2002: 6. — Bousquet2007:

619.—Touroult 2012: 72; 2014: 88.

Eburia ( Eburia ) - Martins 1997: 78. Type species: Cerambyx quadrimaculatus Linnaeus, 1767 (by

subsequent designation Hope 1843: 189).

Type species

Cerambyx quadrimaculatus Linnaeus, 1767 (by subsequent designation Hope 1843: 189).

The genus Eburia was proposed by Lacordaire (1830) and characterized by Thomson (1861) in having

antennomere III without sulcus, just shorter than IV, antennomere XI longer than X, prothorax with lateral

spines, mesosteral process without tubercle and metafemora not reaching the elytral apex. Currently, the

genus is comprised of 87 species and two subgenera: the nominative subgenus, Eburia (85 species),

and the subgenus Eleutho Thomson, 1864 (two species). The genus Eleutho was described by Thomson

(1864) for a single species, Eleutho consobrina (Jacquelin DuVal, 1857), and later synonymized by

Martins (1999) with Eburia. Vitali (2007), describing the species Eburia (Eleutho) consobrinoides

(Tig. 2A), realized a great similarity of this species with Eburia consobrina and proposed that Eleutho

should be considered as a subgenus of Eburia. According to Vitali (2007), this subgenus is characterized

“by deeply excavate scape, spined prothorax and extremely developed antennomere XI”.

Eburia (Eleutho) stroheckeri Knull, 1949 new subgeneric assignment

Tig. 2B-C

Eburia stroheckeri Knull, 1949: 104.

Eburia stroheckeri - Linsley 1962: 62. — Chemsalc 1977: 74. — Chemsak et al. 1992: 35. — Monne

1993: 34. — Mo nn e & Giesbert 1994: 41. — Browne & Peck 1996: 2158. — Peck & Thomas 1998:

117.—Thomas 1999: 1.—Noguera 2002: 14.

Geographical distribution

United States of America (Plorida).

Material examined

UNITED STATES OP AMERICA, Plorida: 1 8, Miami-Dade County, May 1953 (MNRJ); 1 ?, 14

May 1956, D.R. Paulson leg. (MNRJ); 1 $, 29 May 1962 (MNRJ); 1 $, Jun. 1964 (MNRJ); Hamilton

County, 5, Jun. 1964 (MNRJ).

Remarks

In addition to the characteristics mentioned by Vitali (2007), the subgenus Eleutho can be characterized

and differentiated from the nominative subgenus, Eburia , by the scape and basal antennomeres being

granulate, mainly in males (Pig. 2C), and by antennomeres III-IX with projection in the outer side of

the apex (Pig. 2A).

European Journal of Taxonomy 148 : 1-22 ( 2015 )

Fig. 2. A Eburia ( Eleutho ) consobrinoides Vitali, 2007, syntype, §. — B-C. Eburia ( Eleutho )

stroheckeri Knull, 1949, holotype, f. B. Dorsal view. C. Detail of scape and basal antennomeres. —

D-E. Susuacanga marcelae sp. nov., holotype, f. D. Dorsal view. E. Detail of scape. Scale bars = 4 mm.

BOTERO J.R, New species and taxonomic and geographic notes in Eburiini

Examination of material of Eburia stroheckeri , including photographs of the holotype (Fig. 2B-C),

allowed me to conclude that this species has the characteristics of Eburia (.Eleutho ) and I include it in

that subgenus as a new subgeneric assignment.

Genus Susuacanga Martins, 1997

Susuacanga Martins, 1997: 60.

Susuacanga- Martins 1999: 134. —Monne 2005: 171; 2012: 18. —Botero 2014: 519 (rev.).

Type species

Cerambyx octoguttatus Germar, 1821 (original designation).

Remarks

Susuacanga was described by Martins (1997) to incorporate three South American species of Eburia.

Recently, Tavakilian (2013) and Botero (2014) transferred other species to the genus and currently

Sususacanga is composed by 12 species.

Susuacanga marcelae sp. nov.

urn:lsid:zoobank.org:act:65EDFB21-6E06-48D9-B84E-06739AF03FC3

Fig. 2D-E

Differential diagnosis

Susuacanga marcelae sp. nov. is similar to S. poricollis (Chemsak & Finsley, 1973) in having the

median lateral tubercle of pronotum projected in a long spine, apex of meso- and metafemora with

spines shorter than the pedicel and elytra with posterior eburneous callosities shorter than the length of

the scape. Susuacanga marcelae sp. nov. differs by the integument being yellowish-orange, the anterior

eburneous elytral callosities contiguous as in the same way the posterior and the elytral apices bispinose.

In S. poricollis the integument is dark brown, the anterior eburneous elytral callosities are separated

between them as in the same way the posterior and the elytral apices have only an inner spine. The scape

strongly depressed (Fig. 2E) is a unique characteristic among the species of Susuacanga.

Etymology

The specific name is a genitive patronym in honor of my friend and mentor Marcela F. Monne, for all

her support during my graduate studies and in recognition of her work on Cerambycidae.

Material examined

Holotype

MEXICO: $ [no other data] (IRSNB).

Description

Male

Integument yellowish-orange. Ventrally darker. Apices of mandibles, antennal tubercles, basal half of

scape, lateral spine of prothorax, and pronotal tubercles black.

Body covered by dense, yellowish pubescence. Antennal tubercles glabrous, apex rhomboid. Distance

between upper lobes twice width of upper lobe. Coronal suture glabrous, interocular tubercle barely

elevated, divided by suture. Antennae exceeding elytral apices at apex of antennomere VI. Surface of

scape very rugose, narrowing toward apex, dorsally at base strongly depressed. Inner face of scape.

European Journal of Taxonomy 148: 1-22 (2015)

pedicel, and antennomeres III-VI with long erect setae, sparser to distal antennomeres. Antennal formula

based on length of antennomere III: scape: 0.75, pedicel: 0.17, IV: 1.17, V: 1.27, VI: 1.35, VII: 1.40,

VIII: 1.40, IX: 1.35, X: 1.35, XI: 2.92.

Prothorax transverse; antemedian lateral tubercle visible, glabrous and rounded at apex; median lateral

tubercle projected in long and acute spine. Pronotum with dense grayish pubescence, with two anterior

tubercles rounded at top; central gibbosity weakly elevated. Surface of pronotum with shallow wrinkles

and punctures, obliterated by pubescence.

Elytra about four times longer than prothorax. Each elytron with four eburneous callosities: two basal,

elliptical, contiguous, equal in size; and two posterior, elliptical, contiguous, the external slightly larger

than inner; apices bispinose. Apex of meso- and metafemora bispinose, inner spine slightly longer than

outer spine.

Measurements (in mm )

Total length: 38.5, prothorax length: 6.1, prothorax width at its widest point: 9.5, elytral length: 26,

humeral width: 9.9.

Remarks

According to the most recent key to species of the genus (Botero 2014), Susuacanga marcelae sp. nov.

can be inserted into couple 9, as follows:

9. Median lateral tubercle of pronotum projected in long spine .10

- Median lateral tubercle of pronotum rhomboid or slightly acute, but not spiniform .11

10. Integument dark-brown. Anterior eburneous elytral callosities separated between them as in the same

way the posterior. Elytral apices with only an inner spine. Mexico (Michoacan, Puebla, Morelos,

Guerrero, Oaxaca). S. poricollis (Chemsak& Linsley, 1973)

Integument yellowish-orange. Anterior eburneous elytral callosities contiguous as in the same way

the posterior. Elytral apices bispinose. Mexico. S. marcelae sp. nov.

Genus Quiacaua Martins, 1997

Quiacaua Martins, 1997: 70.

Quiacaua - Martins 1999: 175.—Monne2005: 170; 2012: 18.

Type species

Eburia abacta Martins, 1981 (original designation).

Remarks

The genus Quiacaua was described by Martins (1997) and characterized by the shiny integument,

the scape subpiriform and with basal sulcus; the prothorax with lateral tubercles well developed and

antero-lateral tubercles weakly developed; the surface of pronotum rugose-punctate; the mesosternum

with tubercle; the elytral apex with a long external spine and a sutural projection and the meso- and

metafemora with long inner spine. Currently, the genus is comprised of only two species.

Key to species of Quiacaua (modified from Martins 1999)

1. Posterior-central callus of pronotum strongly elevated (almost attaining height of pronotal

tubercles); eburneous callosities of elytra elongate, the center separated between them;

BOTERO J.R, New species and taxonomic and geographic notes in Eburiini

behind anterior eburneous callosities, in front and behind central eburneous callosities and at

apex of elytra with dark areas. Brazil (Bahia, Minas Gerais, Espirito Santo, Rio de Janeiro)

. Q. vespertina (Monne & Martins, 1973) comb. nov.

Fig. 3. A-B. Quiacaua vespertina (Monne & Martins, 1973) comb, nov., S- A. Dorsal view. B. Detail

of antennomere III. — C. Eburodacrys longilineata White, 1853, detail of antennomere III. —

D-E. Volxemia dianella Lameere, 1884, lectotype. D. §, dorsal view. E. Lectotype labels. Scale bars =

2 mm.

European Journal of Taxonomy 148: 1-22 (2015)

- Posterior-central callus of pronotum flattened or weakly elevated; eburneous callosities of elytra

elliptical, central callosities contiguous, without black areas at the elytra.2

2. Pronotum with posterior-central spot black; mesosternum punctate; external-central eburneous

callosities of elytra curved, involving external side of inner-central. Brazil (Minas Gerais, Espirito

Santo, Rio de Janeiro). Q. abacta (Martins, 1981)

- Pronotum without posterior-central spot black; mesosternum smooth; external-central ebur¬

neous callosities of elytra straight, not involving the inner-central. Brazil (Amazonas, Para,

Maranhao) . Q. taguaiba Martins, 1997

Quiacaua vespertina (Monne & Martins, 1973) comb. nov.

Fig. 3A-B

Eburodacrys vespertina Monne & Martins, 1973: 147, fig. 3.

Eburodacrys vespertina - Napp & Martins 1980: 86-87, fig. 19. — Martins 1997: 62; 1999: 310,

fig. 185. —Monne 2005: 165. — Galileo, Martins & Moyses 2008: 17.

Geographical distribution

Brazil (Minas Gerais, Espirito Santo). Herein are added new state records for Bahia and Rio de Janeiro

(Brazil).

Material examined

BRAZIL, Bahia: Encruzilhada, “Estrada Rio-Bahia Km 965, Motel da Divisa 960 m”, 1 Nov. 1974,

Seabra & Roppa leg. (MNRJ); Minas Gerais: Juiz de Fora, “Estrada Rio de Janeiro”, 1 $, Jul. 1946,

H. Zellibor leg. (MNRJ); Espirito Santo: Colatina, 1 §, Oct. 1976, A. Silva leg. (MNRJ); Linhares, 1

S, Oct. 1972. F. M. Oliveira leg. (MNRJ); Parque Sooretama, 2 $?, 2 Nov. 1964, Oliveira & Seabra

Leg. (MNRJ); 1 Nov. 1967, F.M. Oliveira leg. (MNRJ); Rio de Janeiro: Rio de Janeiro (Floresta da

Tijuca), 1 S, Jan. 1970, C.A Campos Seabra leg. (MNRJ); Rio de Janeiro (Corcovado), 1 $, 12 Dec.

1962, Alvarenga & Seabra leg. (MNRJ).

Remarks

Eburodacrys White, 1853 is characterized by having a longitudinal sulcus at antennomere III (as

in E. longilineata White, 1853, Fig. 3C). Quiacaua differs from Eburodacrys by the absence of the

longitudinal sulcus. The study of the original description and the examination of many specimens of

Eburodacrys vespertina allow me to propose the transfer of this species to the genus Quiacaua.

Genus Volxemia Lameere, 1884

Volxemia Lameere, 1884: 85.

Volxemia - Martins &Napp 1979: 83. —Martins 1997: 59; 1999: 152. —Monne 2005: 172; 2012: 18.

Type species

Volxemia dianella Lameere, 1884 (monotypy).

Volxemia dianella Lameere, 1884

Fig. 3D-E

Volxemia dianella Lameere, 1884: 86.

BOTERO J.P, New species and taxonomic and geographic notes in Eburiini

Volxemia dianella - Zajciw 1958: 686; 1974: 47. —Damoiseau & Cools 1987: 10. —Martins 1999:

154, fig. 96. — Monne 2005: 172. — Galileo etal. 2008: 17, 118. — Monne etal. 2010: 239.

In the original description of Volxemia dianella Lameere, 1884, the author mentioned that the species

was described with 3 specimens: “7 $ rapportee de Botafogo par Van Volxem; 1 $ et 1 $ du Bresil,

sans localiteprecise .” (Lameere 1884). Damoiseau & Cools (1987) in their work about the type material

of Cerambycidae deposited in the IRSNB mentioned only two specimens of V dianella : “2 syntypes,

(6), Bresil: Botafogo, ex coll. Van Volxem & Lacordaire”. The number 6 refers to the faunistic region

(Neotropical + Mexico).

Last year I had the opportunity to visit the Entomological Collection at the Institut Royal des Sciences

Naturelles de Belgique, and corroborated the existence of only two type-specimens of Volxemia dianella

Lameere, 1884, with no holotype originally designated. In order to promote nomenclatural stability and

facilite further identifications of this species, a lectotype and paralectotype are herein designated.

Material examined

Lectotype

1 $ (Fig. 3D-E) (present designation): “§”, “Coll. R. I. Sc. N. B. / Bresil Bresil / ex. coll. Lameere”

“Syntype”, “Volxemia / Dianella Lam.”, “det. Lameere” and “LECTOTYPE / Volxemia dianella /

Lameere, 1884 / Des: Botero, J.P., 2015” (IRSNB).

Paralectotype

1 5 : “Coll. R. I. Sc. N. B. / Bresil Botafogo / ex. coll. C. Van Volxem”, “Volxemia / Dianella! / Ann.

Belg. 1884. / 28 p. 85-86.”, “Type”, “Syntype ?”, and “PARALECTOTYPE / Volxemia dianella /

Lameere, 1884 / Des: Botero, J.P, 2015” (IRSNB).

New geographical records

Beraba cheilaria (Martins, 1967)

Geographical distribution

Brazil (Mato Grosso do Sul), Bolivia (Cochabamba, Santa Cruz), Paraguay. A new state record from

Mato Grosso (Brazil) is added.

Material examined

BRAZIL, Mato Grosso: 1 ?, Sinop, 12°3L S, 55°37’ W, 350 m, BR 163 km 500 a 600, Oct. 1974,

Alvarenga & Roppa legs (MNRJ).

Beraba decora (Zajciw, 1961)

Geographical distribution

Brazil (Goias, Maranhao, Piaui). Anew state record from Mato Grosso (Brazil) is added.

Material examined

BRAZIL, Mato Grosso: 1 Jacare (PN. Xingu), Nov. 1961, Alvarenga & Werner leg. (MNRJ).

European Journal of Taxonomy 148: 1-22 (2015)

Eburella pumicosa Monne & Martins, 1973

Geographical distribution

Brazil (Mato Grosso, Mato Grosso do Sul), Paraguay, Bolivia (Santa Cruz). A new state record from

Rondonia (Brazil) is added.

Material examined

BRAZIL, Rondonia: 1 Ouro Preto do Oeste, Oct. 1986, P. Magno & J. Becker leg. (MNRJ)

Eburia crinita Noguera, 2002

Geographical distribution

Nicaragua, Panama. A new country record from Colombia (Bolivar) is added.

Material examined

COLOMBIA, Bolivar: 1 §, Zambrano, Hda. Monterrey, 70 m, 9°37’48” N, 74°54 , 44’ W, F. Fernandez

& G. Ulloa leg. (IAVH)

Eburodacrys crassimana Gounelle, 1909

Geographical distribution

Suriname, Brazil (Para, Maranhao, Mato Grosso, Goias, Mato Grosso do Sul, Piaui, Bahia to Santa

Catarina), Bolivia (Santa Cruz), Paraguay, Argentina (Catamarca, Santiago del Estero, Mendoza,

Misiones, Chaco). Anew country record from Colombia (Vichada) is added.

Material examined

COLOMBIA, Vichada: 1 ?, PNN Tuparro, Cerro Tomas, 5°2L N, 67°5L W, 140 m, 21-31 Jan. 2001,

“Malaise”, W. Villalba leg. (IAVH).

Eburodacrys notula Gounelle, 1909

Geographical distribution

Brazil (Maranhao, Mato Grosso, Tocantins, Distrito Federal, Goias, Minas Gerais), Bolivia. Anew state

record from Amazonas (Brazil) is added.

Material examined

BRASIL, Amazonas: 1 ?, Manaus, ZF2 Km-14, Torre 02°35 , 21”S, 60°06 , 55” W, 35 m, 13-16 Aug.

2004, “lent^ol: luz mista e BLB”, J.A. Rafael, F.F. Xavier, A.R. Ururahy, A. Silva & S. Trovisco legs

(INPA).

Eburodacrys sexmaculata (Olivier, 1790)

Geographical distribution

Venezuela, Ecuador, Suriname, Guyana, French Guiana, Peru, Bolivia, Brazil (Amazonas to Rio Grande

do Sul, Mato Grosso do Sul). Anew country record from Colombia (Putumayo and Vichada) is added.

BOTERO J.R, New species and taxonomic and geographic notes in Eburiini

Material examined

COLOMBIA, Putumayo: 1 Mocoa, 16 Aug. 1978, M. Cooper leg. (BMNH); Vichada. 1 (?, 2

PNN Tuparro, Bosque Sabana, 5°21 ’ N, 67°51 ’ W, 100 m, 17-26 Dec. 2000, “Malaise”, W. Villalba leg.

(IAVH); 1 (?, 21-31 Jan. 2001, “Malaise”, W. Villalba leg. (IAVH).

Eburodacrystola pickeli (Melzer, 1928)

Geographical distribution

Brazil (Rondonia, Maranhao, Piaui, Ceara, Pernambuco, Minas Gerais), Bolivia (Santa Cruz). New state

records from Mato Grosso, Para and Rio Grande do Norte (Brazil) are added.

Material examined

BRAZIL, Mato Grosso: 2 §§, Diamantino (Alto Rio Arinos), Oct. 1983, B. Silva leg. (MNRJ); 1

$, Rosario Oeste, Oct. 1972 (MNRJ); 1 1 $, Sinop, 12°3E S, 55°37’ W, 350 m, BR 163 km 500

a 600, Oct. 1974, Alvarenga & Roppa legs (MNRJ); 1 same locality, Sep. 1978, Roppa & Monne

leg. (MNRJ); Vera, 1 S, 12°46’ S, 55°36’ W, Oct. 1973, Alvarenga & Roppa leg. (MNRJ); Goias: ?,

Campinas, 17 Oct. 1985, L.C. Alvarenga (MNRJ); Rio Verde, 1 S, Oct. 1965, A. Mailer leg. (MNRJ);

Para: Cachimbo, 1 25-29 Oct. 1956, Travassos-Oliveira & Adao leg. (MNRJ); Rio Grande do Norte:

1 1 5, Jardim de Angicos, Oct. 1952 (MNRJ); Natal, 1 $, 15 Jan. 1949, M. Alvarenga leg. (MNRJ);

1 5, Jan. 1950, Alvarenga leg. (MNRJ).

Opades costipennis (Buquet, 1844)

Geographical distribution

French Guiana, Suriname, Colombia, Ecuador, Brazil (Amapa, Amazonas, Para, Rondonia, Maranhao).

A new country record from Peru (Ucayali department) is added.

Material examined

PERU, Ucayalli: 1 ?, Pucallpa, 27 Sep. 1950, H. Zellibor leg. (MNRJ).

Quiacaua abacta (Martins, 1981)

Geographical distribution

Brazil (Espirito Santo, Rio de Janeiro). Anew state record from Minas Gerais (Brazil) is added.

Material examined

BRAZIL, Minas Gerais: 1 S, Jaboticatubas (Serra do Cipo), 21-24 Nov. 2000, U. Caramaschi leg.

(MNRJ); Teofilo Otoni, 1 c?, Nov. 1974, S.P, Nascimento leg. (MNRJ)

Styliceps sericata (Pascoe, 1859)

Geographical distribution

Mexico (Jalisco), Nicaragua, Costa Rica, Panama, Ecuador, Guyana, French Guiana, Brazil (Amazonas,

Para), Peru, Bolivia (Cochabamba, Santa Cruz). Anew state record from Mato Grosso (Brazil) is added.

Material examined

BRAZIL, Mato Grosso: 1 5, Cotrigua 9 u (Fazenda Sao Nicolau), 11 Dec. 2005, F. Vaz de Mello leg.

(MNRJ); 1 2 ??, 7 Oct. 2009, A.F. Miranda leg. (MNRJ); 7 $$, 8 $$, 15 Dec. 2009, F. Vaz de

Mello leg. (MNRJ).

European Journal of Taxonomy 148: 1-22 (2015)

Uncieburia nigricans (Gounelle, 1909)

Geographical distribution

Brazil (Piaui, Ceara, Mato Grosso, Goias, Maranhao, Mato Grosso do Sul, Minas Gerais, Sao Paulo),

Bolivia (Santa Cruz, Tarija). New state records from Alagoas and Paraiba (Brazil) are added.

Material examined

BRAZIL, Paraiba: Juazeirinho, 1 21-23 Mar. 1957, F. Assis Silva leg. (MNRJ); Alagoas: 1 §,

Delmiro Gouveia, 1940 (MNRJ)

Uncieburia quadrilineata (Burmeister, 1865)

Geographical distribution

Brazil (Paraiba, Minas Gerais ) (?), Argentina (Salta, Santiago del Estero, Mendoza, Entre Rios, Buenos

Aires), Paraguay, Uruguay. A new state record from Mato Grosso do Sul (Brazil) is added.

Material examined

BRAZIL, Mato Grosso do Sul: 1 S, Campo Grande, Parque dos Poderes, 20.446195° S, 54.559479° W,

9 Nov. 2012, Ferraro, A. leg. (MNRJ)

Uncieburia rogersi (Bates, 1870)

Geographical distribution

Brazil (Roraima, Bahia to Parana, Rio Grande do Sul), Bolivia (Santa Cruz), Paraguay. A new country

record from Argentina (Misiones province) is added.

Material examined

Argentina, Misiones: 1 §, Eldorado, Mar. 1944 (MNRJ).

Acknowledgements

The author is grateful to Dr. Miguel A. Monne (MNRJ) and Dr. Steven Lingafelter (U.S. Department

of Agriculture, Smithsonian Institution) for providing helpful comments on the manuscript, to Steven

Lingafelter for reviewing the English text, to Dr. Alain Drumont (IRSNB), to Larry Bezark, and to Fabio

Arturo Gonzalez and Diana Espitia Reina (IAVH) who provided the specimens for description, to Dr.

Crystal Maier (Field Museum of Natural History, Chicago, USA) for the photographs of the holotype of

Eburia stroheckeri , to Larry Bezark, who measured most of the paratypes of Beraba hovorei sp. nov.,

to anonymous referees for reviewing the manuscript and providing valuable insights and to Conselho

Nacional de Desenvolvimento Cientifico e Tecnologico (CNPq) by the postdoctoral fellowship (process

number 168122/2014-6).

References

Arnett R.H. 1962. The beetles of the United States. Catholic Univ. America Press, Washington, D.C.

Audinet-Serville J.G. 1834. Nouvelle classification de la famille des longicornes (suite). Annales de la

Societe Entomologique de France 3: 5-110.

Bates H.W. 1870. Contributions to an insect fauna of the Amazon Valley (Coleoptera: Cerambycidae).

The Transactions of the Entomological Society of London 1870: 243-335.

BOTERO J.P., New species and taxonomic and geographic notes in Eburiini

Bates H.W. 1880. Longicomia. In: Biologia Centrali-Americana, Insecta, Coleoptera. Vol. V: 17—

152. R.H. Porter, London. http://www.sil.si.edu/DigitalCollections/bca/navigation/bca_12_05_00/

bca_12_Q5_00select.cfm

Blanchard C.E. 1845. Histoire des insectes, traitant de leurs moeurs et de leurs metamorphoses en

general, et comprenant line nouvelle classification fondee sur leurs rapports naturels. Didot, Paris.

http://dx.doi.org/10.5962/bhl.title.35820

Blanchard C.E. 1851. Fauna Chilena, Insectos, Coleopteros. In: Gay C. Historia fisicay politica de

Chile , Zoologia , Vol. V.: 285-563. Paris, Zoologia. http: //www. biodiversity library, org/item/55392

Blatchley W.S. 1910. On the Coleoptera known to occur in Indiana. An illustrated descriptive catalogue

of the Coleoptera or beetles (exclusive of the Rhynchophora) known to occur in Indiana. Bulletin of the

Indiana Department of Geological and Natural Resources 1: 1-1386.

Botero J.P 2013. Description of the male of Eburella pinima Martins and notes on the geographical

distribution of Eburodacrys aenigma Galileo & Martins and Eburodacrys lanei Zajciw (Coleoptera,

Cerambycidae). Revista Brasileira de Entomologia 57: 431-432. http://dx.doi.org/10.1590/S0Q85-

56262013005000040

Botero J.P. 2014. Review of the genus Susuacanga (Coleoptera, Cerambycidae, Cerambycinae). Zootaxa

3779: 518-528. http://dx.doi.Org/10.11646/zootaxa.3779.5.2

Botero J.P. 2015. Pseudeburia , a new South American genus of longhorned beetle (Cerambycidae,

Cerambycinae, Bothriospilini). Journal of Natural History 49: 2583-2587. http://dx.doi.org/10.1080/

00222933.2015.1038328

Bousquet Y. 2007. Nomenclature and bibliographical notes on Cerambycidae (Coleoptera). The

Coleopterists Bulletin 61:616-631.

Bradley J.C. 1930. A manual of the genera of beetles of America north of Mexico. Keys for the

determination of the families, tribes and genera of Coleoptera with a systematic list of the genera and

higher groups. Daw, Illston & Co., Ithaca.

Browne D.J. & Peck S.B. 1996. The long-horned beetles of south Florida (Cerambycidae Coleoptera):

biogeography and relationships with the Bahama Islands and Cuba. Canadian Journal of Zoology 74

(12): 2154-2169. http://dx.doi.org/10.1139/z96-244

Chemsak J.A. 1977. A list of types of Cerambycidae at the Field Museum of Natural History, Chicago

(Coleoptera). The Coleopterists Bulletin 31: 173-179.

Chemsak J.A. & Linsley E.G. 1963. The genera of hesperophanine Cerambycidae presently known

from Mexico, with descriptions of several new species. Journal of the Kansas Entomological Society

36: 207-230.

Chemsak J.A., Linsley E.G. & Noguera F.A. 1992. Listadosfaumsticos de Mexico. II. Los Cerambycidae

y Disteniidae de Norteamerica, Centroamerica y las Indias Occidentales (Coleoptera). Universidad

Nacional Autonoma de Mexico, Mexico, Distrito Federal.

Chenu J.C. 1870. Encyclopedie d’histoire nature lie, ou traite complet de cette science d’apres les

travaux des naturalistes les plus eminents de tous les pays et de tous les epoques. Vol. 3, Coleopteres.

Firmin-Didot, Paris, http : //dx,doi . org/10,5962/bhl . title.3539

Damoiseau R. & Cools J. 1987. Liste du material typique conserve dans les collections entomologiques

de Flnstitut royal des Sciences Naturelles de Belgique. Coleoptera, Cerambycoidea: Cerambycidae:

Aseminae, Cerambycinae, Disteniinae, Lepturinae, Parandrinae, Prioninae et Spondylinae. Documents

de travail 42: 1-39.

European Journal of Taxonomy 148: 1-22 (2015)

Galileo M.H.M. & Martins U.R. 2000. Novos taxons e nova combinagao em Cerambycinae (Coleoptera)

sul-americanos. Papeis Avulsos de Zoologia 41: 155-172.

Galileo M.H.M., Martins U.R. & Moyses E. 2008. Cerambycidae Sul-Americanos (Coleoptera).

Suplemento 2. Museu de Zoologia, Universidade de Sao Paulo.

Gilmour E.F. 1968. The Coleoptera Cerambycidae of Curagao, Aruba and Bonaire. Studies of the Fauna

of Curagao and other Caribbean Islands 25: 83-178.

Hope F.W. 1835. Characters and descriptions of several new genera and species of coleopterous insects.

Transactions of the Zoological Society of London 1: 91-112. http://dx.doi.Org/10.llll/j.1096-3642.1835.

tb00607.x

Hope F.W. 1843. Observations on the Stenochoridae of New Holland, with Descriptions of New Genera

and Species of that Family. The Transactions of the Zoological Society of London 3: 187-202.

Knull J.N. 1946. The long-horned beetles of Ohio (Coleoptera, Cerambycidae). Bulletin of the Ohio

Biological Survey 39: 133-354.

Knull J.N. 1949 New Coleoptera with notes (Elateridae, Buprestidae and Cerambycidae). The Ohio

Journal of Science 49: 102-104.

Facordaire J.T. 1830. Memoire sur les habitudes des insectes coleopteres de FAmerique meridionale.

Annales des Sciences Naturelles 21: 149-194.

Facordaire J.T. 1868. Histoire Naturelle des Insectes. Genera des Coleopteres, ou expose methodique et

critique de tous les genres proposes jusqu ’ici dans cet ordre d’insectes, Vol. 8. Fibrairie Encyclopedique

de Roret, Paris, http://dx.doi.org/10.5962/bhl.title.67686

Fameere A. A. 1884. Fongicornes recueillis par feu Camille Van Volxem au Bresil et a Fa Plata. Annales

de la Societe Entomologique de Belgique 28: 83-99.

Faporte F.F.N. 1840. Histoire Naturelle des Insectes Coleopteres. Dumenil, Paris.

FeConte J.F. 1850. An attempt to classify the longicorn Coleoptera of the part of America, north of

Mexico. Journal of the Academy of Natural Sciences of Philadelphia 2: 5-38.

FeConte J.F. 1873a. New species of North American Coleoptera. Prepared for the Smithsonian

Institution. Part II. Smithsonian Miscellaneous Collections 11: 169-240. http://dx.doi.org/10.5962/bhl.

title. 17758

FeConte J.F. 1873b. Classification of the Coleoptera ofNorth America. Part II. Smithsonian Miscellaneous

Collections 11: 279-348.

FeConte J.F. & Horn G. H. 1883. Classification of the Coleoptera ofNorth America. Prepared for

the Smithsonian Institution. Smithsonian Miscellaneous Collections 26 (507), Smithsonian Institution,

Washington D.C. http://dx.doi.org/10.5962/bhl.title.41105

Feng C.W. 1884. Synopses of the Coleoptera (Cerambycidae). Bulletin of the Brooklyn Entomological

Society 8: 112-116.

Finsley E.G. 1962. The Cerambycidae of North America. Part III. Taxonomy and classification of the

subfamily Cerambycinae, tribes Opsimini through Megaderini. University of California Publications in

Entomology 20: 1-188. University of California, U.S.A.

Martins U.R. 1997. Contribuigoes para uma revisao das especies sul-americanas da tribo Eburiini

(Coleoptera, Cerambycidae). Revista Brasileira de Entomologia 41 (1): 57-83.

Martins U.R. 1999. Tribo Eburiini. In: Martins U.R. (org.) Cerambycidae Sul-americanos (Coleoptera)

Taxonomia: 119-391. Sociedade Brasileira de Entomologia, Sao Paulo.

BOTERO J.P, New species and taxonomic and geographic notes in Eburiini

Martins U.R. & Galileo M.H.M. 1999. Novas especies de Cerambycidae (Coleoptera) neotropicais.

Revista Brasileira de Zoologia 16: 807-820. http://dx.doi.org/10.1590/s0101-81751999000300Q17

Martins U.R. & Napp D.S. 1979. Delemodacrys mourei, gen. n., sp. n., com a revalida£ao de Eburiini

(Coleoptera, Cerambycidae). Dusenia 11: 91-94.

Monne M.A. 1993. Catalogue of the Cerambycidae (Coleoptera) of the Western Hemisphere. Part II.

Subfamily Cerambycinae: Tribes Hesperophanini and Eburiini. Sociedade Brasileira de Entomologia,

Sao Paulo.

Monne M.A. 2005. Catalogue of the Cerambycidae (Coleoptera) of the Neotropical Region. Part I.

Subfamily Cerambycinae. Zootaxa 946: 1-765.

Monne M.A. 2012. Catalogue of the type-species of the genera of the Cerambycidae, Disteniidae,

Oxypeltidae and Vesperidae (Coleoptera) of the Neotropical Region. Zootaxa 3213: 1-183.

Monne M.A. 2015. Catalogue of the Cerambycidae (Coleoptera) of the Neotropical region. Part II.

Subfamily Lamiinae. Available from http://cerambvxcat.com/ [accessed 20 Jul. 2015].

Monne M.A. & Giesbert E.F. 1994. Checklist of the Cerambycidae and Disteniidae (Coleoptera) of the

Western Hemisphere. Wolfsgarden Books, Burbank.

Monne M.A. & Martins U.R. 1973. Notas e describes em Eburiini (Coleoptera, Cerambycidae). Papeis

Avulsos de Zoologia 21: 145-155.

Monne M.L., Monne M.A., Martins R.S., Simoes M.V.P. & Machado V.S. 2010. Especies de

Cerambycidae (Insecta, Coleoptera) ocorrentes no Estado do Rio de Janeiro (Brasil). Arquivos do Museu

Nacional 67: 235-251.

Napp D.S. & Martins U.R. 1980. Sinommias, descr^oes e chave para especies de Eburodacrys White,

1853 (Coleoptera, Cerambycidae). Papeis Avulsos de Zoologia 33 (4): 77-97.

Noguera F.A. 2002. Revision taxonomica de las especies del genero Eburia Lepeletier y A. Serville

in Lacordaire de Norte y Centroamerica (Coleoptera, Cerambycidae). Folia Entomologica Mexicana

41(Supl. 1): 1-167.

Peck S.B. & Thomas M.C. 1998. A distributional checklist of the beetles (Coleoptera) of Florida.

Arthropods of Florida and Neighboring Land Areas 16: 1-180.

Strauch A. 1861. Catalogue Systematique de tous les Coleopteres decrits dans lesAnnales de la Societe

_ r

Entomologique de France depuis 1832jusqu ’a 1859. H.W. Schmidt, Libraire-Editeur, Halle.

Tavakilian G.L. 2013. Nouveaux actes nomenclaturaux pour 2013 / New nomenclatural changes for

2013 (Coleoptera, Cerambycidae). Les cahiers Magellenes 12: 108-111.

Thomas M.C. 1999. The genus Eburia Audinet-Serville in Florida (Coleoptera, Cerambycidae).

Entomology Circular 396: 1-4.

Thomson J. 1861. Essai d 'line classification de la famille des cerambycides et materiaux pour servir

a une monographie de cette famille. Bouchard-Huzard, Paris, http://dx.doi.org/10.5962/bhl.title.9206

Thomson J.1864. Systema cerambycidarum ou expose de tous les genres compris dans la famille des

cerambycides et families limitrophes. Memoires de la Societe Royale des Sciences de Liege 19: 1-352.

http://dx.doi.org/10.5962/bhl.title.82379

Touroult J. 2012. Longicornes des Petites Antilles: mise a jour des connaissances. ACOREP France,

Coleopteres des Petites Antilles 1: 70-85.

Touroult J. 2014. Nouveautes taxonomiques et faunistiques concernant les longicornes des Petites

Antilles (Coleoptera, Cerambycidae). ACOREP France, Coleopteres des Petites Antilles 2: 82-89.

European Journal of Taxonomy 148: 1-22 (2015)

Villiers A. 1980. Une collection de coleopteres Cerambycidae de la Dominique appartenant a rU.S.

National Museum (Washington). Annales de la Societe Entomologique de France 16: 129-131.

Vitali F. 2007. Notes and taxonomic corrections to the Beitrage von Insektenfauna von Jamaika,

Cerambycidae (Coleoptera, Cerabycidae). Entomapeiron 1: 37-59.

Zajciw D. 1958. Estudos sobre longicorneos neotropicos (Coleoptera, Cerambycidae). Memorias do

Institute Oswaldo Cruz 56: 685-693.

Zajciw D. 1974. Contribuisao para o estudo da fauna dos longicorneos (Coleoptera, Cerambycidae)

das llorestas do Estado do Espirito Santo e principalmente da Reserva Biologica Sooretama. Boletim

Tecnico do Institute Brasileiro de Desenvolvimento Florestal, Rio de Janeiro 4: 37-91.

Zayas F. 1975. Revision de la familia Cerambycidae (Coleoptera, Phytophagoidea). Academia de

Ciencias de Cuba, Habana.

Manuscript received. 16 July 2015

Manuscript accepted. 7 September 2015

Published on: 29 October 2015

Topic editor. Koen Martens

Desk editor. Kristiaan Hoedemakers

Printed versions of all papers are also deposited in the libraries of the institutes that are members of the

EJT consortium: Museum national d’Histoire naturelle, Paris, France; Botanic Garden Meise, Belgium;

Royal Museum for Central Africa, Tervuren, Belgium; Natural History Museum, London, United

Kingdom; Royal Belgian Institute of Natural Sciences, Brussels, Belgium; Natural History Museum of

Denmark, Copenhagen, De nm ark