Chilotrogus farsensis Keith 2003

Miessen, Geoffrey, Uliana, Marco & Keith, Denis, 2020, Review of the genus Chilotrogus Reitter (Coleoptera: Scarabaeidae: Melolonthinae Rhizotrogini) in Iran with description of two new species, Zootaxa 4742 (1), pp. 181-193 : 188-190

publication ID

https://doi.org/ 10.11646/zootaxa.4742.1.12

publication LSID

lsid:zoobank.org:pub:B4C86DC6-6213-4405-9F5B-47A2E0EC9C32

DOI

https://doi.org/10.5281/zenodo.3681157

persistent identifier

https://treatment.plazi.org/id/585687E3-FFA2-FFC9-FB9F-F9541DD4FC5F

treatment provided by

Plazi

scientific name

Chilotrogus farsensis Keith 2003
status

 

Chilotrogus farsensis Keith 2003

( Figs. 3 View FIGURES 1–4 , 31–34 View FIGURES 31–34 , 35–39 View FIGURES 35–39 , 46 View FIGURES 45, 46 , 47 View FIGURE 47 )

Chilotrogus farsensis Keith, 2003: 92 (original description); Bezděk 2016: 258.

Type locality. “ Iran, prov. Fars, 12 Km S Kazan, 2550 m ” .

Type material examined. Paratype, 1♂ ( CDK), labelled: “ Iran, prov. Fars | 12 km S of Kazan [Kazyân = Qua- zian] 2550 [m.a.s.l] | 1.V.2000 | leg. Hentschel et Szabó [blue—printed] || Chilotrogus | farsensis | n. sp. | D. Keith det 2002 [red label, printed] || paratype [red label, printed] || coll: Nádai L. [printed]”; paratype, 1♀ ( CDK), labelled: “Iran—mer. occ. | Fars prov. 2500 m. | Zagros Mts. | Dasht Arzhan | 8- 10.6.1999 | L. Bieber leg. [printed] || paratype [red label, printed] || Chilotrogus | farsensis | n. sp. | D. Keith det 2002 [red label, printed]”.

Additional material examined (65 specimens). IRAN, Fars province : 1♂ Chah Chenar, Kazerun , 27.IV→ 1. V .1975, leg. L. T. Abal , COM ; 4♂♂ NW Straaz vill. Kákan, Yasüg , 3040N 5143E, 13. VI .1999, leg. Johanides, CRS; 7♂♂ and 5♀♀ same, but 13. VI .2003, CRS, IECA ; 1♂ Kákan, Yasüg , N30°42’ E51°38’, alt.: 2059→ 2315 m, 14.VII.2004, leg. P. Kabátek, CRS GoogleMaps ; 2♂♂ Chesmedye Chenar, Komehr , 2892 m, N30°20.505 E51°57.324, 29. VI GoogleMaps .2005, leg. L. Ábrahám, CLN; 2♂♂ and 1♀ Ganjegun , 17 km Komehr, N30°30.140’ E51°57.324’, 30. VI GoogleMaps .2005, leg. L. Ábrahám, CLN; 1♂ Sangar vill., 40 km NW Shiraz,. VI .2011, leg. J. Simandl, CMU; 3 ♂♂ and 5♀♀ Pooladkaf, S.- E. Sepidar , 30.36688N 51.89993E, alt. 3100 m, 9. VI GoogleMaps .2014, leg. & vendit: S. Murzin , CGM, CGS ; 1♀ W of Chelle- gah, Sepidan—Yasuj road, N30.29349° E51.92662°, alt.: 2000 m, 9. V GoogleMaps .2016, Iran expedition 2016: Z.F. Fric, V . Hula & L. Purchart leg., IECA. Lorestan province: 1♂ Oshtoran Kuh, Saravand, Dorud , N33°22’33” E049°09’56”, alt.: 2000 m, light trap, 25→ 27. VI GoogleMaps .2004, leg. Frisch, CDK; 1♂ 25 km NWW Dorud , 33°33’N 48°53’E, alt.: 1874 m, 8.VII.2004, leg. S. Kadlec, CRS GoogleMaps ; 1♂ 10 km SW Dorud , 33°26’N 49°00’E, alt.: 1431 m, 9.VII.2004, leg. S. Kadlec, IECA GoogleMaps ; 1♀ same but CRS ; 2♂ Darb-e Astaneh , alt. 1980 m, 28. VI .2005, COM . Chaharmahal and Bakhtiari province : 1♂ Do Polan, Mashayekh distr. , 1800 m, 25. VI .2005, COM . Kohgiluyeh and Boyer-Ahmad: 1♂ 30 km N. Sisakht , N31°09‘22“ E51°23‘21“, 10→ 12. V GoogleMaps .1998, leg. G. Fábián & K. Székely, CLN; 1♂ Sisakht , 23. VI .2005, COM ; 1♂ and 1♀ Vazag , alt.: 2450 m, 30. VI .2005, leg. T. Hácz & G. Petrányi, CLN; 6♂♂ 10 km S.-E. Sepidar, env. Yasuj , 5→ 6. V .2007, leg. A. Klimenko, CGM, CGS; 13♂♂ and 1♀ Kuh-e-Dinar, 15 km N. Vazag , alt. 2350 m, N30°30,140‘ E51°42,373‘, at light, 12. VI GoogleMaps .2007, leg. & CLN; 1♂ 6 km SW Yasuj , 30.591110N 51.514446E, alt. 2060 m, 26. V GoogleMaps .2018, leg. S. Vassel, CSV.

Differential diagnosis. Habitus as in Fig. 3 View FIGURES 1–4 . Easily recognizable among Iranian species for the shining integument, the absence of pilosity on pygidum (present in all other Iranian species), and the distinctive genitalia ( Figs. 35–39 View FIGURES 35–39 ).

Distribution. Broadly distributed along the central region of the Zagros mountain range, so far recorded between about 1800 and 3100 m a.s.l. ( Fig. 47 View FIGURE 47 ).

Remarks. The examination of a rather large series of Ch. farsensis allowed us to note some intraspecific variability in the morphology of male pronotum, especially in the outline in dorsal view and in the structure of lateral setation. The most extreme specimens seemed referable, at a first glance, to different taxa, but the existence of intermediate individuals (sometimes syntopic), and the regularity in the shape of aedeagus make evident that they belong to a single species. No evidence of relation between observed variability and geography emerged. Four individuals representative of this variability are illustrated in Figs. 31–34 View FIGURES 31–34 , showing examples of:

- long ( Figs. 32, 33 View FIGURES 31–34 ), medium long ( Fig. 31 View FIGURES 31–34 ) and very short ( Fig. 34 View FIGURES 31–34 ) lateral setation. In Fig. 34 View FIGURES 31–34 some setae of the posterior half, although not broken, are barely emerging from the marginal crenulation of pronotum.

- denser ( Figs. 31–33 View FIGURES 31–34 ) and scarcer ( Fig. 34 View FIGURES 31–34 ) lateral setation, corresponding to more or less intense crenulation of the margin: (18 denticles per side in Fig. 32 View FIGURES 31–34 ; 12 View FIGURES 9–13 denticles per side in Fig. 34 View FIGURES 31–34 ).

- lateral margins regularly rounded ( Fig. 32 View FIGURES 31–34 ), more or less sinuated in the anterior half ( Figs. 31, 33, 34 View FIGURES 31–34 ); anterior margin more ( Fig. 32 View FIGURES 31–34 ) or less ( Fig. 34 View FIGURES 31–34 ) narrow.

V

Royal British Columbia Museum - Herbarium

T

Tavera, Department of Geology and Geophysics

COM

Colombo Museum

VI

Mykotektet, National Veterinary Institute

IECA

Biology Centre of the Academy of Sciences of the Czech Republic, Institute of Entomology

CMU

Chiang Mai University

Kingdom

Animalia

Phylum

Arthropoda

Class

Insecta

Order

Coleoptera

Family

Melolonthidae

SubFamily

Melolonthinae

Tribe

Rhizotrogini

Genus

Chilotrogus

Loc

Chilotrogus farsensis Keith 2003

Miessen, Geoffrey, Uliana, Marco & Keith, Denis 2020
2020
Loc

Chilotrogus farsensis

Bezdek, A. 2016: 258
Keith, D. 2003: 92
2003
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