Barbarosia, KIYAK, 1995

Tatarnic, Nikolai J. & Cassis, Gerasimos, 2012, The Halticini of the world (Insecta: Heteroptera: Miridae: Orthotylinae): generic reclassification, phylogeny, and host plant associations, Zoological Journal of the Linnean Society 164 (3), pp. 558-658 : 578-582

publication ID

https://doi.org/ 10.1111/j.1096-3642.2011.00770.x

persistent identifier

https://treatment.plazi.org/id/03E8878D-FFF9-FFFA-5D71-FD2CB75EF93A

treatment provided by

Marcus

scientific name

Barbarosia
status

 

BARBAROSIA KIYAK, 1995 View in CoL ( FIGS 3 View Figure 3 , 11–12 View Figure 11 View Figure 12 )

Halticidea Reuter, 1901: 172 (gen. nov.; junior homonym of Halticidea Hohrn, 1893 [ Coleoptera View in CoL ]; type species: Halticidea punctulata Reuter, 1901 by monotypy); Kirkaldy, 1906: 130 (list); Oshanin, 1910: 802 (Palaearctic cat.); Reuter, 1910: 147 (cat.); Kiritshenko, 1951: 127 (key); Carvalho, 1952: 73 (list); Carvalho, 1955: 68 (key); Carvalho, 1958: 11 (cat.); Wagner, 1973: 13 (descr.; key); Schuh, 1995: 53 (world cat.).

Barbarosia Kiyak, 1995: 216 View in CoL (nom. nov. for Halticidea Reuter, 1901 ).

Diagnosis: Barbarosia is recognized by the following combination of characters: coleopteroid; mostly shiny black; white scale-like setae on laterotergites; frons extending beyond clypeus; eyes substylate; antennae short, subequal to body length; left paramere L-shaped; endosoma with single S-shaped spicule; and, female DLP exaggerated, sclerotized ring strongly convoluted. It is similar to Halticus but with shorter antennae, which in the male are slightly longer, and in the female slightly shorter than the body. The female sclerotized rings are unlike those of any other halticine.

Redescription: Coleopteroid, 2.3–3.35 mm, male slightly smaller than female. Coloration ( Fig. 3 View Figure 3 ): body mostly shining dark brown to black with paler markings. Surface and vestiture ( Figs 3 View Figure 3 , 11A–E View Figure 11 ): body sparsely clothed in pale decumbent simple setae and slightly thicker, white scale-like setae on laterotergites. Antennae with semidecumbent, spine-like setae, AI with several black spines. Legs with black spines. Frons (both sexes) and AI (males) sometimes with long white setae ( punctulata ). Head mostly smooth, pronotum rugulopunctate, scutellum rugulose, hemelytra finely punctate. Structure: head ( Figs 3 View Figure 3 , 11A– C View Figure 11 ): Short, transverse; vertex broad, posterior margin not carinate; frons bulbous, extending beyond clypeus; genae tall, approximately twice height of eye;

Genus Species Host plant Family Reference

Anapomella arnoldii Helichrysum arenarium View in CoL Asteraceae Kerzhner, 1964a View in CoL arnoldii Helichrysum arenarium View in CoL Asteraceae Putshkov, 1961 View in CoL

Anapus dorsalis View in CoL Alyssum calycinum View in CoL Brassicaceae Seidenstücker, 1959 View in CoL freyi View in CoL Agropyron sp. Poaceae Kerzhner, 1964a View in CoL kirshbaumi Artemisia sp. (Seriphidium) Asteraceae Kerzhner, 1964a View in CoL longicornis View in CoL unknown sp. Apiaceae Kerzhner, 1964a View in CoL rugicollis View in CoL Medicago sp. Fabaceae Kerzhner, 1964a View in CoL

Barbarosia punctulata View in CoL Elymus junceus View in CoL Poaceae Kerzhner, 1964a View in CoL

Chorosomella jakowleffi View in CoL unknown sp. Poaceae Kerzhner, 1964a View in CoL jakowleffi View in CoL unknown sp. Poaceae Wagner, 1973 View in CoL jakowleffi View in CoL Crimea sp. Poaceae Wagner, 1973 View in CoL

Compositocoris senecionus View in CoL Senecio laxus View in CoL Asteraceae Schwartz et al., 2008 View in CoL Leysera tenella View in CoL Asteraceae Schwartz et al., 2008 View in CoL Ursinia sp. Asteraceae Schwartz et al., 2008 View in CoL

Dampierella schwartzi View in CoL Dampiera incana incana View in CoL Goodeniaceae Tatarnic, 2009 View in CoL

Dasyscytus sordidus View in CoL Rhanterium epapposum View in CoL Asteraceae Linnavuori, 1986 View in CoL

Dimorphocoris bleusi Stipa tenacissima View in CoL Poaceae Wagner, 1973 View in CoL cilix View in CoL unknown sp. Poaceae Wagner, 1973 View in CoL lateralis View in CoL unknown sp. Poaceae Wagner, 1973 View in CoL lurensis View in CoL unknown sp. Poaceae Wagner, 1973 View in CoL osellai View in CoL Lotus sp. Fabaceae Tamanini, 1975 osellai View in CoL Trifolium sp. Fabaceae Tamanini, 1975 pygmaeus View in CoL unknown sp. Poaceae Wagner, 1973 View in CoL schmidti View in CoL unknown sp. Poaceae Franz & Wagner, 1961 View in CoL seidenstueckeri View in CoL unknown sp. Asteraceae Linnavuori, 1984 View in CoL seidenstueckeri View in CoL Teucrium sp. Lamiaceae Linnavuori, 1984 View in CoL seidenstueckeri View in CoL Trifolium sp. Fabaceae Linnavuori, 1984 View in CoL tauricus View in CoL Festuca beckeri View in CoL Poaceae Kerzhner, 1964b View in CoL tauricus View in CoL Festuca sulcata View in CoL Poaceae Kerzhner, 1964b View in CoL tauricus View in CoL Festuca taurica View in CoL Poaceae Kerzhner, 1964b View in CoL tauricus View in CoL Poa sp. Poaceae Kerzhner, 1964b View in CoL tomasi Festuca sp. Poaceae Tamanini, 1975 tomasi Stipa sp. Poaceae Tamanini, 1971 tomasi Stipa sp. Poaceae Tamanini, 1976 tristis View in CoL Anthemis sp. Asteraceae Linnavuori, 1992 View in CoL

Euryopicoris nitidus View in CoL unknown sp. Poaceae Wagner, 1973 View in CoL

Goodeniaphila Cassisi View in CoL Coopernookia strophiolata Goodeniaceae Tatarnic, 2009 View in CoL

Goodeniaphila schuhi View in CoL Goodenia amplexans View in CoL Goodeniaceae Tatarnic, 2009 View in CoL Scaevola basedowii View in CoL Goodeniaceae Tatarnic, 2009 View in CoL Scaevola ovalifolia View in CoL Goodeniaceae Tatarnic, 2009 View in CoL

Halticus apterus View in CoL Vicia striata View in CoL Fabaceae Hoberlandt, 1956 View in CoL apterus View in CoL Vicia sp. Fabaceae Wagner, 1973 View in CoL apterus View in CoL Ononis sp. Fabaceae Wagner, 1973 View in CoL beganus View in CoL Phaseolus vulgaris View in CoL Fabaceae Alayo, 1974 View in CoL beganus View in CoL ‘rotten oak’ Fagaceae Henry & Smith, 1979 View in CoL insularis View in CoL cucumber Cucurbitaceae Carvalho, 1956 View in CoL insularis View in CoL Ipomoea sp. Convolvulaceae Carvalho, 1956 View in CoL intermedius View in CoL Anemone canadensis View in CoL Ranunculaceae Knight, 1968 View in CoL intermedius View in CoL Clematis ligusticifolia View in CoL Ranunculaceae Knight, 1968 View in CoL luteicollis View in CoL unknown sp. Poaceae Ehanno, 1960 View in CoL luteicollis View in CoL unknown sp. Fabaceae Josifov, 1974 View in CoL luteicollis View in CoL Clematis vitalba View in CoL Ranunculaceae Wagner, 1973 View in CoL macrocephalus View in CoL Carduncellus sp. Asteraceae Wagner, 1973 View in CoL macrocephalus View in CoL Clematis sp. Ranunculaceae Wagner, 1973 View in CoL pusillus View in CoL Ononis sp. Fabaceae Göllner-Scheiding, 1972 View in CoL pusillus View in CoL Galium verum View in CoL Rubiaceae Wagner, 1973 View in CoL saltator View in CoL cucumber Cucurbitaceae Wagner, 1973 View in CoL saltator View in CoL Calendula sp. Asteraceae Wagner, 1973 View in CoL saltator View in CoL Althaea sp. Malvaceae Wagner, 1973 View in CoL tibialis View in CoL Ipomoea sp. Convolvulaceae Carvalho, 1956 View in CoL tibialis View in CoL Phaseolus sp. Fabaceae Carvalho, 1956 View in CoL tibialis View in CoL unknown sp. Cucurbitaceae Carvalho, 1956 View in CoL

Labops hesperius View in CoL Agropyron cristatum View in CoL Poaceae Kelton, 1980 View in CoL hesperius View in CoL Rosa arkansana View in CoL Rosaceae Kelton, 1980 View in CoL hesperius View in CoL unknown sp. Poaceae Fuxa & Kamm, 1976 View in CoL hesperius View in CoL Koeleria cristata View in CoL Poaceae Mills, 1939 View in CoL hesperius View in CoL Poa secunda View in CoL Poaceae Mills, 1939 View in CoL hesperius View in CoL Stipa comata View in CoL Poaceae Mills, 1939 View in CoL hesperius View in CoL Stipa williamsi Poaceae Mills, 1939 View in CoL hesperius View in CoL Hordeum sp. Poaceae Mills, 1939 View in CoL hesperius View in CoL Triticum sativum View in CoL Poaceae Mills, 1939 View in CoL hesperius View in CoL wheat ( Triticum sp. ) Poaceae Mills, 1939 View in CoL hirtus View in CoL wheat ( Triticum sp. ) Poaceae Mills, 1939 View in CoL hirtus View in CoL wheat ( Triticum sp. ) Poaceae Mills, 1939 View in CoL

eyes rounded and substylate, caudally directed, laterally not touching anterolateral margins of pronotum. Antennae ( Figs 3 View Figure 3 , 11A–C View Figure 11 ): antennal insertion in line with ventral margin of eye; thin, slightly longer than body in males, in females shorter than body; AI short, swollen in punctulata. Thorax ( Figs 3 View Figure 3 , 11A, C–E View Figure 11 ): pronotum rectangular, slightly broader posteriorly, pronotal collar indistinct, callosite region weakly defined, lateral margins deflexed, humeral angles rounded, posterior margin weakly concave medially; mesoscutum not visible; scutellum small and triangular; metathoracic spiracle large, exposed, with evaporative bodies posteriorly and dorsally; MTG efferent system broad, swollen, triangular, evaporative area extending to metathoracic spiracle, ostiole prominent, directed laterally, peritreme irregularly rounded. Hemelytra ( Figs 3 View Figure 3 , 11A View Figure 11 ): coleopteroid, shelllike; clavus and corium fused without subdivided appearance; posterior margins convex; elongate with abdominal tergites VII- IX exposed. Legs ( Figs 3 View Figure 3 , 11F View Figure 11 ): metafemora incrassate; hindlegs elongate. Male genitalia ( Fig. 12A–C View Figure 12 ): pygophore conical; both parameres of roughly equal size; left paramere L-shaped, weakly concave, apex of apophysis hooked, sensory lobe swollen; right paramere clubbed, concave, club directed laterally; phallotheca elongateoval; ductus seminis relatively long and slender, with flexible ribbing ending prior to ductus seminis; secondary gonopore sclerotized, horseshoe-shaped basally, opens into less sclerotized, textured hood; endosoma with single, large, elongate S-shaped spicule, basally twisted and bifurcate. Female genitalia ( Fig. 12D, E View Figure 12 ): sclerotized rings of DLP anteriorly narrowed and subcontiguous medially, highly convoluted and heavily sclerotized, narrow, posteriorly recurved forming sinuate short U-shaped canal, posterior margin of VLP sclerotized; posterior wall of bursa copulatrix simple, weakly sclerotized laterally, without processes, medially membranous; vestibular region slightly tumescent, bilaterally symmetrical, opening bordered by short, narrow paired sclerites.

582 N. J. TATARNIC and G. CASSIS

Diversity and distribution: Barbarosia includes two species and is restricted to eastern Turkey and the Ural Mountains in Russia.

Included species: Barbarosia declavata ( Seidenstücker, 1962) Turkey

Barbarosia punctulata ( Reuter, 1901) View in CoL * Russia: Ural Mts.; Turkey

Biology and host plant associations: Barbarosia punctulata has been collected from a single species of grass ( Elymus junceus ) ( Kerzhner & Yachevskii, 1967; Wagner, 1973; Schuh, 1995) ( Table 1).

Remarks: The biology of Barbarosia is poorly known. It is most similar to Euryopicoris , sharing punctate, coleopteroid, shell-like forewings. Additionally, only in these two genera does the evaporative area of the MTG extend upward nearly to the dorsum (24-2). The apparent proclivity for grass-feeding by Barbarosia and Euryopicoris is also suggestive of a close relationship. However, the male aedeagus and female DLP are unique in Barbarosia , and these characters alone are deserving of genus-group status.

Kingdom

Animalia

Phylum

Arthropoda

Class

Insecta

Order

Hemiptera

Family

Miridae

Loc

Barbarosia

Tatarnic, Nikolai J. & Cassis, Gerasimos 2012
2012
Loc

Barbarosia

Kiyak S 1995: 216
1995
Loc

Halticidea

Wagner E 1973: 13
Carvalho JCM 1958: 11
Carvalho JCM 1955: 68
Kiritshenko AN 1951: 127
Oshanin B 1910: 802
Reuter OM 1910: 147
Kirkaldy GW 1906: 130
Reuter OM 1901: 172
1901
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