Fissapoda barbicrus ( Kirby, 1818 ), 2014

Clarke, Robin O. S., 2014, Bolivian Rhinotragini IX: new genera (Coleoptera, Cerambycidae), Papéis Avulsos de Zoologia (São Paulo) 54 (26), pp. 375-390 : 380-381

publication ID

https://doi.org/10.1590/0031-1049.2014.54.26

persistent identifier

https://treatment.plazi.org/id/437087D2-B04A-FF8B-1D31-E8C1FF01FB61

treatment provided by

Carolina

scientific name

Fissapoda barbicrus ( Kirby, 1818 )
status

comb. nov.

Fissapoda barbicrus ( Kirby, 1818) View in CoL comb. nov.

Figs. 1A, 1B, 1C View FIGURES 1‑2 , 6 View FIGURES 6‑7

Necydalis barbicrus Kirby, 1818: 443 View in CoL ; 1834: 68. Epimelitta barbicrus View in CoL ; Monné, 2005: 460 (cat.).

Diagnosis: see under the description of F. manni .

Redescription: male ( Figs. 1A, 1B View FIGURES 1‑2 ): rather robust; length of forebody 0.8 times length of abdomen ( 5.75 mm); prothorax 1.19 wider than width of head across eyes ( 1.55 mm).

Colour: body generally black, or almost so; underside of head, mandibles, labrum and clypeus may be dark chestnut; antennae dark chestnut, or blacker, and all antennomeres weakly annulated with ochraceousyellow; extreme elytral apex nearly always ochraceous yellow or rufous-chestnut; metafemora with ochraceous-yellow peduncles, claves black or dark chestnut dorsally, rufous-chestnut ventrally; metatibia with basal quarter yellowish; metatarsi blackish or dark rufescent.

Structure: head robust; rostrum 3.29 wider than long ( 0.35 mm). One inferior lobe of eye 3.50 wider than interocular distance ( 0.20 mm). Distance between superior lobes of eyes twice width of one lobe ( 0.25 mm). Distance between antennal tubercles 2.67 width of scape ( 0.30 mm). Lengths of antennal segments: scape 0.70 mm; pedicel 0.2 mm; III-VI 0.60 mm; VII and VIII 0.55 mm; IX 0.50 mm; X 0.45 mm; XI 0.50 mm.

Prothorax 1.08 longer than wide ( 1.85 mm); prothoracic quotient 3.33; apical margin as wide as basal margin ( 1.65 mm). Procoxal cavity 8.67 wider than base of prosternal process (about 0.08 mm). Mesocoxal cavity 1.44 wider than base of mesosternal process ( 0.45 mm). Elytra 1.36 longer than width across humeri ( 2.20 mm); just passing metacoxae. Length of mesosternum 1.00 mm; length of metasternum 1.25 mm. Abdominal segments incrementally shorter towards apex; length urosternite I 1.60 mm; II 1.25 mm; III 1.15 mm, IV 0.90 mm; V 0.60 mm. Ratio front/middle/hind leg 1.0:1.1:2.4. Profemur 1.17 longer than protibia ( 1.50 mm); mesofemur 1.40 longer than length of mesotibia ( 1.50 mm); mesofemur 2.47 longer than width of clave ( 0.85 mm). Body 1.2 longer than hind leg (about 10.4 mm); metafemoral clave 2.40 longer than peduncle ( 1.25 mm); apex of metafemora reaching middle of usosternite IV. Metatibia 0.92 times length of metafemur ( 4.25 mm); metatibia 1.73 longer than metatarsus ( 2.25 mm); brush occupying apical three-quarters of tibia. Metatarsomere I 1.06 longer than length of II + III.

Description of female ( Fig. 1C View FIGURES 1‑2 ): sexual dichromatism diminished, but in female elytra with all of apical third ochraceous-yellow.

Structural dimorphism only moderately strong; differing significantly from male by the following characters: forebody 0.96 times length of abdomen ( 5.75 mm); prothorax 1.42 wider than width of head across eyes ( 1.55 mm); rostrum 2.40 wider than long ( 0.50 mm). One inferior lobe of eye 0.91 times interocular distance ( 0.55 mm). Distance between su- perior lobes 2.40 width of one lobe. Antennae reach middle of metacoxae; antennomere III 0.77 times length of scape ( 0.65 mm). Length of prothorax 0.93 times its width ( 2.20 mm); prothoracic quotient 3.15. Procoxal cavity 6.50 wider than base of prosternal process ( 0.10 mm). Mesocoxal cavity 1.08 wider than base of mesosternal process ( 0.60 mm). Elytra reaching base of urosternite I. Ratio front/middle/hind leg 1.0:1.2:2.6. Mesofemur 2.67 longer than width of clave ( 0.75 mm). Metafemoral clave 2.61 longer than peduncle ( 1.15 mm). Metatibia 1.93 longer than metatarsus ( 2.05 mm). Metatarsomere I 1.13 longer than length of II + III.

Specimens analysed: BRAZIL, Santa Catarina: Nova Teutônia , 1 male, XI.1935, 1 female, IX .1935, B. Pohl col. ( MZUSP) .

Specimen examined: BRAZIL, Santa Catarina: Rio Vermelho , 1 male, III.1960, Dirings col. ( MZUSP) ; Nova Teutonia , 1 male, 04.I.1940, 2 males, 09.I.1940, Tippmann collection, ‘57 # 213112 ( USNM) ; Hansa Humboldt , 1 female, Tippmann collection, ‘57 # 213112 ( USNM) ; Paraná: Caviuna , 1 female, I.1944, A. Maller collection ( USNM) . ARGENTINA, Misiones : El Soberbio, 1 female, 11.XII.1982, S. Bolle col. ( ACMT) . PARAGUAY, Concepción: Horqueta , 1 male, Tippmann collection, ‘57 # 213112 ( USNM) ; Cordillera: Inst. Agr. Nac. Caacupe , 1 male and 2 females, 01.XI.1980, 2 males and 2 females, 08-13.I.1981 R. D. Cave col. ( EMEC 202,825 About EMEC - 831 About EMEC ) ; Guaira: Villarrica , 1 female, Tippmann collection, ‘57 # 213112 ( USNM) .

MZUSP

Museu de Zoologia da Universidade de Sao Paulo

USNM

Smithsonian Institution, National Museum of Natural History

R

Departamento de Geologia, Universidad de Chile

Kingdom

Animalia

Phylum

Arthropoda

Class

Insecta

Order

Coleoptera

Family

Cerambycidae

Genus

Fissapoda

Loc

Fissapoda barbicrus ( Kirby, 1818 )

Clarke, Robin O. S. 2014
2014
Loc

Necydalis barbicrus

MONNE, M. A. 2005: 460
KIRBY, W. 1818: 443
1818
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