Calliclytus wappesi Miroshnikov, 2020
publication ID |
https://doi.org/ 10.15298/rusentj.29.3.04 |
persistent identifier |
https://treatment.plazi.org/id/03DA87FB-FFE5-5763-F433-FD86FD1A6CC2 |
treatment provided by |
Felipe |
scientific name |
Calliclytus wappesi Miroshnikov |
status |
sp. nov. |
Calliclytus wappesi Miroshnikov View in CoL , sp.n.
Figs 3, 6 View Figs 1–6 , 9, 11 View Figs 7–11 , 22 View Figs 21–26 .
Lamproclytus elegans View in CoL (non Fisher, 1932): Miroshnikov, 2014: 202, figs 7–9.
? Lamproclytus elegans View in CoL (non Fisher, 1932): Monné, Giesbert, 1995: 124; (R Dominicana); Monné, Hovore, 2005: 134 (R Dominicana); Monné et al, 2007: 140 (R Dominicana); Monné, Bezark, 2011: 171 (R Dominicana); Bezark, Monné, 2013: 176 (R Dominicana); Bezark, 2016: 179 ( Dominican Republic).
MATERIAL. Holotype ♀ ( USNM) ( Figs 3, 6 View Figs 1–6 , 9 View Figs 7–11 ), Dominican Republic, San Pedro Prov., Juan Dolio env., 13.V.1985, leg. J.E. Wappes, “ Lamproclytus oakleyi Fish. Det J.E. Wappes ”.
DIAGNOSIS. The new species is most similar to C. macoris , but differs distinctly by the entirely black coloration of the elytra (excluding an eburneous fascia and a brownish apical spot at the suture) and head, as in Figs 3, 6 View Figs 1–6 , 9 View Figs 7–11 (cf. Figs 2, 5 View Figs 1–6 , 8 View Figs 7–11 ); the more curved eburneous fascia on each elytron, especially when viewed from the side, as in Fig. 9 View Figs 7–11 (cf. Fig. 8 View Figs 7–11 ); the clearly more numerous, rough, irregular punctures on the prosternum, as in Fig. 22 View Figs 21–26 (cf. Fig. 21 View Figs 21–26 ), the less sharp border between the scabrous and smoothened sculpture in its apical one fourth, as indicated by arrows in Fig. 22 View Figs 21–26 (cf. Fig. 21 View Figs 21–26 ); the presence of coarse sculpture on the mesosternum, partly in the form of irregular grooves; the narrower mesosternal process with a more narrow emargination apically, as in Fig. 11 View Figs 7–11 (cf. Fig. 10 View Figs 7–11 ). Calliclytus wappesi sp.n. can also be compared to C. schwarzi , but is distinguished through, like from C. macoris , the almost entirely black coloration of the elytra, as in Figs 3 View Figs 1–6 , 9 View Figs 7–11 (cf. Figs 1 View Figs 1–6 , 7 View Figs 7–11 ), in addition, the black coloration of the pronotum (almost entirely), femora, tibiae, and venter, as in Figs 3, 6 View Figs 1–6 , 9 View Figs 7–11 (cf. Figs 1, 4 View Figs 1–6 , 7 View Figs 7–11 ), as well as by the entirely alveolate-punctate pronotal disc, the somewhat different shape of the eburneous fascia on each elytron, being the less narrowed towards the suture, as in Fig. 3 View Figs 1–6 (cf. Fig. 1 View Figs 1–6 ), the presence of yellow, erect, very long setae in addition to white setae on the pronotum and elytra (like in C. macoris ), and some other traits. In addition, the new species differs very clearly from Calliclytus elegans comb.n. by the location of the eburneous fascia on each elytron, as in Figs 3 View Figs 1–6 , 9 View Figs 7–11 (cf. Figs 12–14 View Figs 12–17 , 18–20 View Figs 18–20 ), the almost entirely black coloration of the elytra, like from C. macoris and C. schwarzi , as in Figs 3 View Figs 1–6 , 9 View Figs 7–11 (cf. Figs 12–14 View Figs 12–17 , 18– 20 View Figs 18–20 ), the black coloration of the femora, tibiae and venter, as in Figs 3, 6 View Figs 1–6 , 9 View Figs 7–11 (cf. Figs 12–20 View Figs 12–17 View Figs 18–20 ), and some other traits. See also the Key below.
DESCRIPTION. Female (see Remarks below). Body length 3.95 mm, humeral width 1.05 mm. Body (almost entirely), femora and tibiae black; most mouthparts, genae, most of antennomeres starting from scape, very base and very apex of pronotum, abdominal apex, procoxae and protrochanters, partly, tarsomeres 3 and 4 reddish brown; elytral fascia eburneous (ivory), whereas apical spot near suture of elytra brownish; apical antennomeres, tarsomeres 1 and 2 dark brown.
Body, antennae and legs with long or very long, erect, light setae, but ones on pronotum and elytra yellow and white tones, whereas on remaining parts only white (like in C. macoris ); in addition, pronotum with suberect and partly erect, shorter, white setae.
Head short, with coarse dense punctures dorsally; antennal tubercles well-expressed; eyes moderately convex, with a very deep emargination, almost divided into upper and lower lobes, with evident, but not large ocelli; genae moderately short; frons barely convex; antennae short, 10- segmented (like in other congeners), freely reaching beyond base of elytra; length ratio of antennomeres 1–10, 64: 28: 37: 44: 45: 39: 38: 30: 28: 30; antennomeres 6–9 distinctly serrate.
Pronotum clearly longitudinal, 1.13 times as long as width; with a sharp constriction in front of base, as in Fig. 3 View Figs 1–6 ; apex 1.19 times as wide as base; on disc in middle part barely convex, but in basal third abruptly sloping down towards base, as in Fig. 9 View Figs 7–11 , coarsely alveolate-punctate, thereby cells/ alveoli round- and oval-shaped resembling that of C. macoris ( Fig. 24 View Figs 21–26 ) and C. elegans comb.n. ( Fig. 27 View Figs 27–32 ).
Scutellum small, strongly narrowed towards apex, triangular.
Elytra distinctly narrowed towards middle starting from base, then clearly widened in apical part, 2.15 times as long as wide at humeral width; on disc behind basal one fourth distinctly depressed, as in Fig. 9 View Figs 7–11 ; with a coarse, mostly irregular, in places confluent puncturation being weakened near apex; each elytron with a relatively narrow fascia in front of the middle, being formed by an inflated surface, thereby a convex margin of fascia is located at its anterior border, as in Figs 3 View Figs 1–6 , 9 View Figs 7–11 ; apical sutural angle obtuse, but well-expressed.
Prosternum with numerous, rough, but shallow, irregular punctures, as in Fig. 22 View Figs 21–26 (like in C. elegans comb.n., Fig. 28 View Figs 27–32 ), with a very well-expressed, but not too sharp border between the scabrous and smoothened sculpture in its apical one fourth, as in Fig. 22 View Figs 21–26 (like in C. elegans comb.n., Fig. 28 View Figs 27–32 ); part of prosternum closing procoxal cavities posteriorly being narrow; prosternal process moderately narrow between coxae; mesosternum partly with coarse, irregular, grooves; mesosternal process between coxae much wider than prosternal process; metasternum and abdominal sternite with very sparse, predominantly rough punctures; metasternum long, about 1.5 times as long as mesosternum and slightly longer than first (visible) abdominal sternite, with distinct median suture except for about anterior one fourth; first (visible) abdominal sternite longest, but clearly shorter than all following (visible) sternites combined; last (visible) abdominal sternite widely rounded apically.
Legs short; femora strongly claviform; metatarsomere 1 distinctly shorter than two next metatarsomeres combined.
ETYMOLOGY. I am pleased to dedicate this magnificent new species to my colleague and longtime friend, Mr. James E. Wappes ( American Coleoptera Museum, San Antonio, Texas, USA), who collected the holotype and has repeatedly provided a very important assistance to my research .
DISTRIBUTION. Dominican Republic.
REMARKS. Previously [ Miroshnikov, 2014: 202], the sex of this specimen was misspelled as “male” due to a misprint. In addition, for some technical reasons, the pictures of specimen in publication under consideration [see page 202, figs 7–9] turned out to be slightly more narrowed than in reality in the original photographs presented here.
USNM |
Smithsonian Institution, National Museum of Natural History |
No known copyright restrictions apply. See Agosti, D., Egloff, W., 2009. Taxonomic information exchange and copyright: the Plazi approach. BMC Research Notes 2009, 2:53 for further explanation.
Kingdom |
|
Phylum |
|
Class |
|
Order |
|
Family |
|
Genus |
Calliclytus wappesi Miroshnikov
Miroshnikov, A. I. 2020 |
Lamproclytus elegans
Miroshnikov A. I. 2014: 202 |
Lamproclytus elegans
Bezark L. G. 2016: 179 |
Bezark L. G. & Monne M. A. 2013: 176 |
Monne M. A. & Bezark L. G. 2011: 171 |
Monne M. A. & Bezark L. G. & Hovore F. T. 2007: 140 |
Monne M. A. & Hovore F. T. 2005: 134 |
Monne M. A. & Giesbert E. F. 1995: 124 |