Apterodela (s. str.) alopecomma Matalin & Araki, 2024

Matalin, Andrey V., Wiesner, Jürgen, Xiong, Xinxin & Araki, Takashi, 2024, Revision of the genus Apterodela Rivalier, 1950 (Coleoptera, Cicindelidae), Zootaxa 5405 (3), pp. 301-353 : 325-328

publication ID

https://doi.org/ 10.11646/zootaxa.5405.3.1

publication LSID

lsid:zoobank.org:pub:5E7F49EC-6EBB-436B-87E5-0C089AA9AB6D

DOI

https://doi.org/10.5281/zenodo.10606828

persistent identifier

https://treatment.plazi.org/id/593387CD-1F69-5000-F88D-F9A9FCBAB477

treatment provided by

Plazi

scientific name

Apterodela (s. str.) alopecomma Matalin & Araki
status

sp. nov.

Apterodela (s. str.) alopecomma Matalin & Araki , sp. nov.

Figs 28 View FIGURES 25–34 , 57, 58 View FIGURES 49–62 , 95, 100 View FIGURES 83–102 , 135, 140 View FIGURES 123–142 , 150 View FIGURES 146–152 , 202, 212 View FIGURES 193–212 , 224 View FIGURES 213–226 , 234 View FIGURES 227–236 , 241 View FIGURES 237–243 , 248 View FIGURES 244–250 , 255 View FIGURES 251–257 , 262 View FIGURES 258–264 .

Type locality— China, Sichuan, Qingcheng Hou Shan .

Type material. Holotype, ♂ ( Fig. 28 View FIGURES 25–34 )— China, Sichuan, 70 km W Chengdu, Qingcheng Hou Shan Mnt. , h = 1500 m, 15–20.VI.2005, leg. S. & V. Murzin ( ZIN) , Paratypes, 1 ♂ — ibid, 23–30.V.2005 ( MSPU) , 1 ♂ — China, Sichuan Prov., Qingcheng Mnt. , 60 km W Chengdu, h = 1200 m, 5–15.V.2004, leg. S. Murzin (cSM) ; 4 ♂♂, 1 ♀ — China, Sichuan, Yingxiu , 10.IV.2002, leg. Teruo Hasegawa ; 4 ♂♂ — China, Sichuan, Dujiangyan , 18.IV.1991, leg. Teruo Hasegawa ; 1 ♂, 3 ♀♀ — ibid, 20.IV.1991 ; 1 ♀ — ibid, 1.V.1993, leg. Teruo Hasegawa ; 4 ♂♂, 1 ♀ — ibid, 5.IV.2000 (all cTA) ; 1 ♀ — ibid, 15.VI.1991 (cHA) ; 1 ♂ — ibid, 15.VI.1993, leg. Teruo Hasegawa ; 1 ♀ — ibid, 15.VII.1991, leg. Wako Kitawaki (both cMH) ; 1 ♀ — China, Sichuan, 50 km NW Chengdu, Guan Xian , 21–25.VI.1992, Jar. Turna leg. (cJM).

Differential diagnosis. This new species is obviously related to A. kazantsevi , A. latissima sp. nov. and A. lobipennis but can be easily distinguished from all of them by the shape and the surface sculpture of its pronotum ( Figs 135, 140 View FIGURES 123–142 vs. Figs 133, 138, 134, 139, 124–127, 129–132 View FIGURES 123–142 ), shape of elytra ( Figs 202, 212 View FIGURES 193–212 vs. Figs 201, 211, 199, 200, 193–198, 203–210 View FIGURES 193–212 ); scape with one to three short white additional setae and a single long apical one ( Figs 57, 58 View FIGURES 49–62 ) vs. glabrous in A. kazantsevi ( Figs 54, 55 View FIGURES 49–62 ), A. latissima sp. nov. ( Fig. 56 View FIGURES 49–62 ) and A. lobipennis ( Figs 51–53 View FIGURES 49–62 ); white elytral pattern with relatively long thin and slightly curved apical and medial portion of middle band ( Figs 202, 212 View FIGURES 193–212 ) vs. short drop-shaped apical portion of middle band in A. kazantsevi ( Figs 201, 211 View FIGURES 193–212 ), A. latissima sp. nov. ( Figs 199, 200 View FIGURES 193–212 ) and A. lobipennis ( Figs 193–198, 203–210 View FIGURES 193–212 ); aedeagus with relatively long, conical, indistinctly curved apex with small terminal knob ( Figs 224 View FIGURES 213–226 , 234 View FIGURES 227–236 ) vs. short, slightly broadened apex with large rounded knob in A. kazantsevi ( Figs 222 View FIGURES 213–226 , 233 View FIGURES 227–236 ) and A. lobipennis ( Figs 220, 221 View FIGURES 213–226 , 232 View FIGURES 227–236 ) or lacking in A. latissima sp. nov. ( Fig. 223 View FIGURES 213–226 ); internal sac with large, sharply curved mt ( Figs 241 View FIGURES 237–243 , 255 View FIGURES 251–257 , 262 View FIGURES 258–264 ) vs. straight mt in A. kazantsevi ( Figs 239 View FIGURES 237–243 , 253 View FIGURES 251–257 , 260 View FIGURES 258–264 ) and A. lobipennis ( Fig. 254 View FIGURES 251–257 , 261 View FIGURES 258–264 ), and very large BLR ( Figs 241 View FIGURES 237–243 , 255 View FIGURES 251–257 , 262 View FIGURES 258–264 ) vs. small one in A. kazantsevi ( Figs 239 View FIGURES 237–243 , 253 View FIGURES 251–257 , 260 View FIGURES 258–264 ) and A. lobipennis ( Figs 240 View FIGURES 237–243 , 254 View FIGURES 251–257 , 261 View FIGURES 258–264 ).

Description. TL = 14.7–17.0 mm (mean = 15.78 mm, n = 13) in males, 15.9–17.2 mm (mean = 16.41, n = 9) in females ( Fig. 28 View FIGURES 25–34 ); body slightly convex, especially in males, TL/BH = 3.93–4.19 (mean = 4.06, n = 7) in males, 3.71–3.83 (mean = 3.77, n = 2) in females ( Figs 274, 276 View FIGURES 273–278 ).

Head metallic bronze with cupreous-green or coppery-bluish-green lustre on clypeus, frons and genae; glabrous, coarsely wrinkled, with thin dense but fine frontal furrows; orbital plates with 9–10 deep furrows; vertex widely and shallowly concave; HW/PW = 1.26–1.33 (mean = 1.3, n = 7) in males, 1.24–1.29 (mean = 1.27, n = 3) in females ( Figs 274, 278 View FIGURES 273–278 ). Antennae projected posteriorly over basal quarter of elytra; antennomeres 1–4 metallic green with dull bronze-cupreous reflections; scape besides a single apical seta with one–three additional short white setae in basal half; antennomere 3 with eight–ten setae and antennomere 4 with seven–eight stout white setae except apical ones ( Figs 57, 58 View FIGURES 49–62 ). Labrum transverse, LW/LL = 1.75–1.94 (mean = 1.82, n = 7) in males, 1.43–1.49 (mean = 1.45, n = 3) in females, unidentate, with nearly semicircular apical margin and small central teeth, with 5–11 (n = 26) submarginal setae ( Figs 95, 100 View FIGURES 83–102 ).

Pronotum metallic bronze with distinct cupreous or cupreous-green reflections; practically quadrate, PW/PL = 0.94–1.04 (mean = 0.99, n = 10), deep wrinkled and indistinctly convex, with sparse irregular rows of white decumbent hairs along nearly straight lateral margins converging near the base as well as with the sparse group of the same hairs on apical lobe; anterior and posterior sutures shallow, posterior angles with two rounded impressions; midline distinct, bronze with bluish-green tinge in central portion and short apical and basal impressions ( Figs 135, 140 View FIGURES 123–142 ). Thoracic segments deep bronze, glabrous, coarsely wrinkled ( Fig. 150 View FIGURES 146–152 ). Legs metallic green with dull bronze reflections.

Elytra bronze with cupreous or golden-cupreous lustre, with numerous, dense diffused, small bluish-green punctures as well as with subhumeral, subsutural and double subapical rows of large golden-green setigerous pores; flattened, EL/EW = 1.66–1.78 (mean = 1.72, n = 7) in males, 1.69–1.72 (mean = 1.71, n = 3) in females; with long, moderately deep subapical sinuate notch. Shoulders narrow, sloping, EW/EHW = 1.59–1.70 (mean = 1.65, n = 7) in males, 1.70–1.79 (mean = 1.75, n = 3) in females; scutellum large, bronze; humeral group of series umbilicata consists of 7–9 large setigerous pores ( Fig. 150 View FIGURES 146–152 ); epipleura bronze, broad. White elytral pattern presented by small faintly projected sub-humeral spot and relatively long, thin, slightly curved centro-apical portion of middle band; supra-apical dot absent ( Figs 28 View FIGURES 25–34 , 202, 212 View FIGURES 193–212 ).

Abdominal ventrites black, glabrous, shallowly wrinkled laterally, ventrite 1 and 2 with light greenish-bronze reflection, other ones with deep violet tinge.

Aedeagus relatively long, EL/AL = 2.09–2.29 (mean = 2.20, n = 9), with relatively long, conical, indistinctly curved apex and small terminal knob and narrow lateral flanks ( Figs 224 View FIGURES 213–226 , 234 View FIGURES 227–236 ). Internal sac low, with long semicircular mt, broad sh-ar and large BLR ( Figs 241 View FIGURES 237–243 , 248 View FIGURES 244–250 , 255 View FIGURES 251–257 , 262 View FIGURES 258–264 ).

Etymology. The name of a new species is derived from Greek “ alopex ”[ἀλώπηξ], meaning the “ fox ”, and Greek “ omma ”[ὄμμα], meaning the “ eye ”, because of a thin curved centro-apical portion of middle band looking like a fox eye.

Distribution. CHINA: Sichuan Province ( Fig. 280 View FIGURE 280 ).

ZIN

Russian Academy of Sciences, Zoological Institute, Zoological Museum

Kingdom

Animalia

Phylum

Arthropoda

Class

Insecta

Order

Coleoptera

Family

Carabidae

Genus

Apterodela

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