Hemicolpus abdominalis Hustache, 1938

Sanz-Veiga, Priscila A., Savaris, Marcoandre, Leivas, Fernando W. T., Medeiros, Alexandre Da Silva & Amorim, Felipe W., 2023, A new seed-feeding species of Hemicolpus Heller, 1895 from south Brazil and redescription of Hemicolpus abdominalis Hustache, 1938 (Coleoptera: Curculionidae: Conoderinae), Zootaxa 5227 (3), pp. 301-327 : 313-323

Hemicolpus abdominalis Hustache, 1938

Figs. 31–61

Hemicolpus abdominalis Hustache, 1938: 64–65 [description, Brazil]; Wibmer & O’Brien 1986: 274 [catalog]; Hespenheide 2018: 120–121 [reconsideration]; Sanz-Veiga et al. 2017: 1–18 [host plant]; Sanz-Veiga et al. 2021: 1006–1018 [distribution, life cycle].

Hemicolpus abdominalis: Hespenheide 2018: 120 [in part].

Diagnosis. This species differs from the remaining species (with the exception of H. maragatensis ) by the excavated mesoventrite ( Fig. 34 ), and by the pair of tubercles on the second abdominal ventrite ( Figs. 46, 47 ). From H. maragatensis it is distinguished by the darker integument ( Fig. 33 ); the glabrous basal patch never extends over a third of the mesanepisternal area ( Fig. 35 ); the lack of carina on metafemur ( Fig. 36a ); the round inner flange of the tibial apex almost as wide as long ( Fig. 36b ); the premucro oriented 45° ( Fig. 36b ); and by the preapical constriction of the penis ( Fig. 50 ).

Adult redescription. Body very robust, oval, widest at elytral humeri, 4.3–5.8 mm long in males, and 4.6–6.0 mm long in females. Body integument strongly to moderately punctate, black to dark reddish, with rostrum and tibia dark reddish, antenna and tarsi brownish. Body moderately to sparsely covered with pale or yellowish, brown, or reddish-brown scales ( Figs. 31, 32 ). Scales slender, erect and recumbent on pronotum, slender, sparser and semierect on elytra, flat or oval on head and femur ( Figs. 31, 32 ). Ventrally with dense, yellowish scales ( Figs. 46, 47 ).

Head. Width 0.91–1.25, globose, vertex finely punctate, covered with small, flat, oval, yellowish and palebrown scales. Eyes emarginate dorsally, acuminate ventrally, separated by one or two rows of short, slender, palebrown scales at closest point near middle ( Fig. 35 ). Rostrum. In males, 0.94–1.27 mm long; in females, 0.98–1.25 mm long; subcylindrical, ventrally flat, slightly wider at base, arcuate at basal third near antennal insertion, slightly curved toward apex, with weak lateral constriction in middle, feebly carinate at basal third along dorsal midline, with shallow punctures, smoother along apical ⅔ ( Figs. 44, 45 ). Female rostrum weakly curved, almost straight at apical ⅔, slightly more slender than male ( Fig. 45 ). Scrobe well defined, dorsally delimited by carina extending toward rostrum base. Basal third covered with pale-brown and yellowish scales, inconspicuous pale scales toward apex ( Fig. 44 ), glabrous along midline and ventrally, in females glabrous along apical ⅔ ( Fig. 45 ). Antenna inserted at basal third of rostrum in both sexes; scape short and clavate, 1.4 times as long as antennal segment I, segment II 0.8 times as long as I, and 1.6 times as long as III, IV 0.8 times III, and 1.2 times segment V, VI and VII subequal slightly smaller than V; club elongate oval, 1.6 times as long as wide, slightly longer than first segment.

Prothorax. Pronotum 1.68–2.13 mm long and 1.92–2.50 mm wide at the base in males, 1.62–2.22 mm long, and 1.92–2.53 mm wide in females; wider than long, widest posteriorly ( Fig. 32 ). Dorsally convex ( Fig. 31 ), sides slightly round, and gradually converging anteriad, anterior margin round, with weak anterior constriction, posterior margin bisinuate with midline lobe extending toward scutellum ( Fig. 32 ). Integument with coarse broad punctures, carinate along dorsal midline. Dorsally mostly covered with erect or semierect, slender pale-brown scales interspaced with few pale or yellowish scales completely exposing integument ( Fig. 32 ), laterally sides with dorsally oriented recumbent or semierect, pale, and pale-brown scales ( Fig. 31 ). Prosternal canal with posterior margin of basisternum projecting over anterior margin of sternellum, covered by flat yellowish scales ( Fig. 34a ).

Mesothorax. Mesonotum with few punctures covered with setae at anterolateral margin; mesoscutummesoscutellum transition with broad punctures covered with pectinate scales; axillary cord round ( Fig. 39 ); scutellar shield oval, covered with erect pale scales. Elytra, in males, 2.59–3.45 mm long, 2.78–3.68 mm wide at anterior extremity, 1.34–1.51 times as wide, and 1.40–1.82 times as long as pronotum; in females, 2.72–3.64 mm long, 2.74–3.73 mm wide at anterior extremity, 1.22–1.72 times as wide and 1.39–1.80 times as long as pronotum; widest at anterior third, with sides slightly round, gradually converging from middle toward posterior extremity, truncate at posterior margin ( Fig. 32 ). Humeral callus round and prominent, covered by yellowish scales. Disc almost flat or slightly arcuate, slightly depressed behind scutellar shield and along elytral suture, with elytral declivity behind prominence of interstria 5 ( Figs. 31, 32 ). Striae and interstriae width subequal, interstriae 9 and 10 slightly wider at basal half, striae with deep rectangular punctures, interstria with shallow punctures, interstria 5 with prominence near elytral declivity ( Fig. 31 ). Sparsely covered with slender yellowish scales intermixed by brown and few longer dark-brown scales, prominence on interstria 5 with tuft of long brown or dark-brown scales, each strial puncture with only one pale or brown scale, pale scales densely arranged along posterior ¼ of elytral suture, posterior margin densely covered with pale, pale-brown or reddish-brown scales ( Fig. 32 ). Ventrally, elytral apex with transverse stripe of yellowish microtrichia ( Fig. 37 ); left elytron mesal flange abruptly produced from base to apex ( Fig. 37 ). Mesanepisternum covered with yellowish and pale-brown scales, basal inner angle with small glabrous triangular patch over less than third of area of mesanepisternum ( Fig. 35 ). Mesepimeron densely covered with semierect yellowish scales, dorsally with patch of long scales overlapping elytra. Mesendosternite with dorsally projecting, well-sclerotized, curved arm ( Fig. 40 ). Mesoventrite strongly excavated, forming mesoventral canal ( Figs. 34a, b ), laterally with two longitudinal carinae extending from anterior to posterior margin posteriorly meeting with metaventrite anterior carina ( Fig. 34b ), channel covered with pectinate yellowish scales. Outer side of each lateral carinae with patch of dense yellowish scales behind mesocoxae ( Fig. 34b ).

Metathorax. Metanotum with few long setae at anterolateral margin; scutellar groove with well-developed median longitudinal crest, anteriorly with well-developed transverse bridge; metascutum with convex angular posteromedial margin ( Fig. 41 ). Metathoracic wing with well-developed 3A, unsclerotized R3 forming white line, with well-developed rm and mst, C-shaped 2rs, elongated rectangular 1rs smaller than 2rs, the 1A 2 defined near wing margin extending dorsally and merging with A through a1-a2 ( Fig. 43 ). Metanepisternum mostly with pale and brown scales; metanepisternal suture with round yellowish type III sclerolepidia ( Fig. 33 ). Metendosternite with wide stalk, slender furcal arm, and well-developed hemiductus ( Fig. 42 ). Metaventrite excavated beneath anterior margin to receive rostrum apex, with anterior carina connected to mesoventrite lateral carinae ( Fig. 34b ). Legs. Pro- and mesocoxae with inner tubercle. Ventrally, femora with longitudinal sulcus, slightly curved at apical third, both inner and outer apical margins with tiny tooth. All femora coarsely punctured; pro- and mesofemora mostly covered with densely arranged flat pale-brown scales interspaced with pale scales; metafemur with sparser darker scales at basal ¾ and paler scales at apical third ( Fig. 36a ). Tibia covered with pale and brown scales, apically with longitudinal yellowish setal comb near outer margin ( Fig. 36a ). Apex with large hook-like uncus, well-developed round inner flange almost as wide as long, and small premucro directed at 45° angle to longitudinal axis of tibia ( Fig. 36b ), with few long setae at each side of premucro and inner flange ( Fig. 36b ).

Abdomen. Abdominal ventrite I with shallow anteromedial depression in males, shallower or flat in females, weakly ascending at posterior half. Ventrite II strongly angulate, sharply ascending at posterior ¾, with somewhat deep posteromedial concavity ( Fig. 38 ), anteriorly bordered by pair of tubercles ( Fig. 46 ). Ventrites III–V strongly ascending, III and IV subequal, more slender than II and V. Ventrite V subtrapezoid ( Fig. 38 ). Ventrite I covered with yellowish and pale-brown scales, males with oval patch of densely arranged yellow scales in anteromedial depression ( Fig. 46 ), primarily absent in females ( Fig. 47 ). Tubercles covered with tuft of long pale scales, concavity densely covered with dark brown or reddish-brown scales ( Fig. 38 ). Ventrites III and IV with central patch of brown or reddish-brown scales, and smaller patches of pale and brown scales on each side, with pale scales in tufts on sides ( Fig. 38 ).

Male terminalia ( Figs. 48–52 ).Abdominal tergite VIII subrectangular, 1.2 times wider than long, slightly wider at basal half; sides emarginate at basal third, with small tooth projecting from outer margin near middle, slightly convex and gradually converging toward apex; apical margin slightly convex or almost flat, with sides round ( Figs. 48, 49 ); sclerotized at apical third and along periphery, not sclerotized at basal ¾; apical third dorsally with broad punctures, densely covered by slender setae ( Fig. 49 ). Sternite VIII composed of two separated subtriangular plates slightly arcuate apically, outer side of each plate slightly convex, and basal margin almost twice length of apex ( Fig. 48 ); apical margin covered with long setae and few shorter setae. Sternite IX apically emarginate forming a V-shaped structure with short subequal arms; spiculum gastrale slender, weakly curved, 1.4 times length of penis body, slightly enlarged at base ( Fig. 48 ). Penis body 2.1 times as long as wide; sides slightly arcuate, with weak lateral constriction at middle, then gradually converging toward apex, with preapical constriction producing short and truncate apical projection; two apical sclerites subtriangular elongate; endophallus almost as long as penis body, or slightly shorter, with lobular extremity; penis apodeme 1.4 times longer than body, slightly enlarged anteriorly ( Figs. 50, 51 ). In lateral view, penis body arcuate and acuminate at apical end ( Fig. 51 ). Tegmen parameroid lobes not sclerotized, connate at apical third, almost half length of tegminal apodeme ( Fig. 52 ).

Female terminalia ( Figs. 53–57 ). Tergite VIII subtriangular, 1.1 times wider than long, wider at basal third, sides subparallel at basal third, then concave and converging toward apex; apical margin slightly convex or almost flat; sclerotized at posterior third and along periphery, weakly sclerotized at basal half ( Figs. 53, 54 ); apical third covered with sparse slender setae dorsally, denser and longer toward apex margin ( Fig. 54 ). Sternite VIII with Ushaped lobe, arms 0.7 times shorter than spiculum ventrale, slightly diverging toward apex, with lateral constriction in middle, apex wider with round margin covered with long setae, spiculum ventrale emarginate at base ( Fig. 55 ). Gonocoxite elongate, about three times longer than wide, wider at basal ¾, weakly sclerotized and glabrous; stylus cylindrical, almost twice longer than wide, apex slightly narrow with few small setae ( Fig. 53 ). Bursa copulatrix membranous, elongate, three times longer than wide, round and lobular after insertion of common oviduct ( Fig. 56 ). Spermatheca well sclerotized, C-shaped, cornu as wide as collum, with spermathecal duct near common oviduct. Spermathecal gland membranous, elliptical, 1.5 times larger than spermatheca, and positioned near spermathecal duct insertion ( Fig. 57 ).

External sexual dimorphism. Weak sexual dimorphism is evidenced by differences in the rostrum and first abdominal ventrite. The male rostrum is weakly curved after antennal insertion ( Fig. 44 ), almost straight, slightly more slender, and nearly glabrous after antennal insertion in females ( Fig. 45 ). In males, ventrite I with anteromedial depression, including oval patch of yellowish scales ( Fig. 46 ). In females, depression shallower or absent, usually lacking yellowish patch ( Fig. 47 ).

Remarks. The anteromedial depression on the first ventrite can be shallower in some males or extend toward the posterior margin, and the oval patch of yellowish scales is sometimes less distinct. Scale color may vary between individuals from a more yellowish or brownish general color to reddish-brown in some specimens. Metafemur scales vary from dark brown to pale or yellowish. The tooth on the lateral margin of the male tergite VIII is strongly produced or feeble. The male sternite VIII may vary from subtriangular to subtrapezoidal, and the apex of sternite IX from somewhat angular to curved. A few individuals also showed a slightly narrower apical projection of the aedeagus, with the two apical sclerites relatively longer. The specimens can be further differentiated from H. maragatensis by presenting a longer tuft of scales on interstria 5; by the lack of carina on metafemur ( Fig. 35 ); the scales on pro- and mesofemur somewhat denser, mainly flat, or oval (sparser and slender scales in H. maragatensis ); and the premucro is oriented 45° ( Fig. 36b ).

Distribution. This species is widespread in Brazil ( Fig. 1 ): S„o Paulo (Itirapina, Jundiaí, Itu, Botucatu, Itatinga, Águas de Santa Bárbara, Pratânia, and Bauru), Minas Gerais (Uberlândia, Congonhas, Diamantina, and Belo Horizonte), Mato Grosso (Chapada dos Guimar„es, Nova Xavantina, and Ribeir„o Cascalheira), Mato Grosso do Sul (Miranda and Aquidauana), Goiás (Chapad„o do Céu, Serranópolis, Caldas Novas, Jataí, Pirineus and Chapada dos Veadeiros), Distrito Federal (Brasília), Tocantins (Palmas, Rio do Sono and Aparecida do Rio Negro), Piauí (Piripiri and Cocal); Bolivia and Paraguay ( Wibmer & O’Brien 1986; Hespenheide 2018; Sanz-Veiga et al. 2021). Its occurrence in the French Guiana is uncertain ( Hustache 1938).

Biology. Larvae are predispersal seed predators on fruits of Tocoyena formosa (Rubiaceae) , within which they develop by feeding on the pulp and seeds until it pupates, and from which the adults emerge at the end of the fruiting period (see details in Sanz-Veiga et al. 2017; 2021).

Type data. This species was originally described by Hustache (1938) from a series of 10 specimens from Jataí in the state of Goiás, and from Diamantina, Belo Horizonte , in the state of Minas Gerais, in Brazil. In the original description its occurrence in French Guiana was pointed as uncertain by the author ( Hustache 1938). Hespenheide (2018) first published dorsal and lateral images of a male syntype from Jataí located at the Deutsches Entomolologisches Institut, Senckenberg, M̧ncheberg, Germany ( SDEI). The male ( Figs. 58–60 ) is here designated as the lectotype of Hemicolpus abdominalis Hustache to stabilize the usage of this name. It is labeled ( Fig. 61 ) “Jatahy Prov. Goyas, Brèsil ” [green label with fine black border] / “Coll: Kraatz” [white label] / “ Hemicolpus abdominalis [handwritten] HUSTACHE det.” [yellow label] / “Hustache det.” [white label] / “ Syntypus ” [red label] / “ LECTOTYPE ♁ Hemicolpus abdominalis Hustache by Sanz-Veiga, Savaris & Leivas [red-bordered label added by us]; and “ Hemicolpus abdominalis Hustache det. Sanz-Veiga, Savaris & Leivas IV 2022 ”. The lectotype is pin mounted and is in good conditions, and is deposited in the Deutsches Entomolologisches Institut, Senckenberg, M̧ncheberg, Germany.

Specimens examined. BRAZIL. Goiás: Pirineus [Parque Estadual da Serra dos Pirineus], GO [Goiás] 2.II.1962 J. Bechyné col., 2 specimens ( MZUSP). Chapad „o do Céu, P.N. [Parque Nacional das Emas] EMAS, 15 Apr 2019, 18º17′3.6″S 52º51′56″W, 811 m, reared from fruit of Tocoyena formosa, P.A.S. Veiga col., 5 specimens ( MELQ ESALQENT000603–607 ); same, 2 specimens ( CESP); same, May 2019, 2 specimens ( CESP). Chapada dos Veadeiros, 14°04′5.4″S 47°37′20.4″W, 1222 m, Jan 2019, on fruit of Tocoyena formosa, F.W. Amorim, A.P. Moraes cols., 5 specimens ( MELQ ESALQENT000613–617 ); same, 2 specimens ( CESP). Distrito Federal, Brasília, P. N. [Parque Nacional] de Brasília, 15°44′18.5″S 47°55′23.4″W, 1032 m, Jan 2019, reared from fruit of Tocoyena formosa, F.W.Amorim, A.P. Moraes cols., 5 specimens ( MELQ ESALQENT000623–627 ). Mato Grosso: Chapada dos Guimarães, 15°24′43.7″S 55°50′15.4″W, 626 m, Mar 2019, reared from fruit of Tocoyena formosa, P.A.S. Veiga col., 5 specimens ( MELQ ESALQENT000593–597 ). Nova Xavantina, Bacaba Park, 14°42′40.7″S 52°21′07.1″W, 304 m, Mar 2019, reared from fruit of Tocoyena formosa, P.A.S. Veiga col., 1 specimen ( MELQ ESALQENT000631 ); same, May 2019, 1 specimen ( CESP). Ribeirão Cascalheira , 12°50′59.9″S 51°46′27.2″W, 343 m, Mar 2019, reared from fruit of Tocoyena formosa, P.A.S. Veiga col., 1 specimen ( MELQ ESALQENT000632 ). Mato Grosso do Sul: Aquidauana, 20°27′50″S 55°46′25″W, 160 m, May 2020, reared from fruits of Tocoyena formosa, C. Aoki, col., 3 specimens ( MELQ ESALQENT000628–630 ); Minas Gerais: Uberlândia, Caça e Pesca, May 2018, 18°59′43.61″S 48°18′18.43″W, 842 m, reared from fruit of Tocoyena formosa, P.A.S. Veiga col., 5 specimens ( MELQ ESALQENT000583–587 ); same, May 2018, 4 specimens ( CESP); same, Jun 2018, 2 specimens ( CESP); São Paulo: Águas de Santa Bárbara, May 2018, 22°49′36.21″S 49°14′42.18″W, 621 m, reared from fruit of Tocoyena formosa, P.A.S Veiga, col., 4 specimens ( CESP); same, 2 specimens ( USNM). Jundiaí, SP [S„o Paulo ] XI. 1961, W. Bokermann col., 2 specimens ( MZUSP). Itatinga, May 2018, 23°02′48.93″S 48°34′45.76″W, 836 m, reared from fruit of Tocoyena formosa, P.A.S. Veiga col., 3 specimens ( CESP); same, Jun 2018, 1 specimen ( CESP); same, Jul 2018 ( CESP). Itu, Faz. [Fazenda] Pau d´Alho, 1.XI.1961, U. Martins col., 1 specimen ( MZUSP). Pratânia, Faz. [Fazenda] Palmeira Serra, 20 Apr 2017, 22°48′56.64″S 48°44′39.10″W, 722 m, reared from fruit of Tocoyena formosa, P.A.S. Veiga col., 5 specimens ( MELQ ESALQENT000588–592 ); same, 2 specimens ( CESP); same, May 2017, 2 specimens ( CESP); same, May 2015, 2 specimens ( CESP); same, May 2018, 1 specimen ( CESP). Bauru, Jardim Botânico, 22°20′18.39″S 49°00′38.64″W, 547 m, 07 May 2018, reared from fruit of Tocoyena formosa, P.A.S. Veiga col., 5 specimens ( MELQ ESALQENT000618–622 ); same, 2 specimens ( CESP); same, Apr 2018, 2 specimens ( CESP); same, Dec 2018, hand collected on flower of Tocoyena formosa, 1 specimen ( CESP); same, Jan 2019, 1 specimen ( CESP) . Tocantins: Gererê, 10°25′25″S 48°16′38″W, 260 m, Jan 2019, reared from fruit of Tocoyena formosa, F.W. Amorim, A.P. Moraes cols., 5 specimens ( MELQ ESALQENT000608–612 ); same, Jan 2019, 1 specimen ( CESP). Lajeado, 10°05′37″S 48°14′39″W, 700 m, Jan 2019, on fruit of Tocoyena formosa, F.W. Amorim, A.P. Moraes cols., 5 specimens ( MELQ ESALQENT000603–607 ). Palmas, 10°13′41″S 48°22′03″W, 273 m, Apr 2019, reared from fruit of Tocoyena formosa, P.A.S. Veiga col., 5 specimens ( MELQ ESALQENT000598– 602 ); same, 1 specimen ( CESP); same, May 2019, 1 specimen ( CESP). Rio do Sono , 9º55′25″S 47º37′42″W, 310 m, May 2019, reared from fruit of Tocoyena formosa, P.A.S. Veiga col., 2 specimens ( CESP); same, 2 specimens ( USNM); same, Jun 2019, 2 specimens ( CESP) . Piauí: Cocal, 3º27′12″S 41º33′33″W, 130 m, 29 Jul 2022 reared from fruits of Tocoyena formosa, J. Siqueira col., 2 specimens ( MELQ ESALQENT0001734–735 ) .

DNA Barcoding. Edited and aligned COI barcode region yielded fragments of 603 pb. Sequences of H. abdominalis and H. maragatensis were deposited at NCBI-GenBank database under the accession numbers: OP837054 –63 and OP837064 –73, respectively.The intraspecific genetic distance of COI barcode region ranged from 0.0017 to 0.021 (mean = 0.008, SD = 0.004) within H. abdominalis , and from 0.00 to 0.008 within H. maragatensis (mean = 0.003, SD = 0.002). The interspecific distance between the two species ranged from 0.165 to 0.187 (mean = 0.175, SD = 0.006), representing a genetic divergence of 17% between the two Hemicolpus species (Table 1).

Figures

FIGURE 1. Geographical distribution of Hemicolpus abdominalis (blue symbols) and H. maragatensis (red symbols), showing the widespread distribution of H. abdominalis in the Brazilian Cerrado biome, and more restricted distribution of H. maragatensis in the southern region of the Atlantic Forest in Brazil. Triangles represent records from literature and entomological collections and circles the records of insects reared from fruits.

FIGURES 31–34. Adult of Hemicolpus abdominalis 31) Habitus, female lateral view. 32) Habitus, female dorsal view. Scale bars = 1 mm. 33) Lateral view with detail of sclerolepidia (white arrow). Scale bar = 0.2 mm. 34) Prothorax ventral view a. showing the yellowish flat scales on the sternellum (red arrow) within the prosternal canal and the mesoventral canal (blue arrow). Scale bar = 0.2 mm. b. Detail of the meso- and metaventral canal after removing the pronotum, showing the mesoventral carina (red arrow) and the lateral patch of yellowish scales (blue arrow). Scale bar = 0.2 mm.

FIGURES 35–38. Adult of Hemicolpus abdominalis 35) Male frontal view of the head and pronotum, highlighting the small triangular, glabrous patch on the inner basal angle of the mesanepisternum (red arrows). Scale bar = 0.5 mm. 36) Hindleg a. anterior view of femur and tibia. Scale bar = 0.2 mm. b. detail of the tibial apex, with a large uncus, round inner flange, and premucro at the inner angle (black arrow). Scale bar = 0.1 mm. 37) Ventral view of elytra, showing the subapical yellowish microtrichia field (red arrow) and the left elytron flange along the suture line (black arrow). Scale bar = 0.5 mm. 38) Posterior view, abdominal ventrites II to V, highlighting the patch of dark-brown scales within the second ventrite concavity (green arrow). Scale bar = 0.5 mm.

FIGURES 39–43. Hemicolpus abdominalis 39) Mesonotum, showing the axillary cord (red arrow). Scale bar = 0.2 mm. 40) Dissected meso- and metaventrites with the white line highlighting the mesendosternite. Scale bar = 0.2 mm. 41) Structure of the metanotum. Scale bar = 0.5 mm. 42) Metendosternite. Scale bar = 0.2 mm. 43) Hindwing. Scale bar = 0.5 mm.

FIGURES 44–47. Hemicolpus abdominalis external sexual dimorphism 44) Lateral view of the male rostrum. 45) Lateral view of the female rostrum. Scale bars = 0.5 mm. 46) Male ventral view, showing the depression and the yellowish patch of scales on the first ventrite (red arrow) and the pair of tubercles on the second abdominal ventrite (blue arrow). 47) Female ventral view. Scale bars = 1 mm.

FIGURES 48–52. Hemicolpus abdominalis, male terminalia 48) Tergite VIII, sternites VIII and IX, ventral view. 49) Tergite VIII dorsal view. 50) Penis dorsal view. Scale bars = 0.2 mm. 51) Penis lateral view. 52) Tegmen dorsal view. Scale bar = 0.2 mm.

FIGURES 53–57. Hemicolpus abdominalis, female terminalia 53) Tergite VIII, gonocoxite and stylus, ventral view. 54) Tergite VIII dorsal view. 55) Sternite VIII. 56) Bursa copulatrix. 57) Spermatheca and spermathecal gland. Scale bars = 0.2 mm.

FIGURES 58–61. Hemicolpus abdominalis (Lectotype). 58) Dorsal view. 59) Ventral view. 60) Lateral view. 61) Labels. Photos by Lutz Behne.