Campiglossa luxorientis ( Hering, 1940 )

Han, Ho-Yeon, 2019, Ten species of the subfamily Tephritinae (Insecta: Diptera: Tephritidae) newly recorded in Korea, Journal of Species Research 8 (3), pp. 294-312 : 297-298

publication ID

https://doi.org/10.12651/JSR.2019.8.3.294

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Felipe (2024-08-02 01:27:01, last updated 2024-08-02 04:43:29)

scientific name

Campiglossa luxorientis ( Hering, 1940 )
status

 

3. Campiglossa luxorientis ( Hering, 1940) View in CoL

ḅệŭẖṻƞ (ṵḍ) ( Fig. 2A- G View Fig )

Paroxyna luxorientis Hering, 1940: 16 View in CoL (new name for Paroxyna oxynoides Hering, 1936 View in CoL ).

Paroxyna oxynoides Hering, 1936: 186 View in CoL (type locality - China, Heilongjiang, Charbin; syntype ♂ $, BMNH; preoccupied by Bezzi 1924).

Campiglossa luxorientis View in CoL : Korneyev, 1996: 119 (type data; host data; erroneous synonymization of C. melanochroa View in CoL - see Remarks); Wang, 1998: 254, 265 (in East

Asian Campiglossa View in CoL key; diagnosis and distribution); Norrbom et al., 1999: 112 (in world catalog); Korneyev and Ovchinnikova, 2004: 542 (in Russian Far East key); Korneyev, 2004: 6 (taxonomic discussion).

Diagnosis. This is a highly variable species with sexually dimorphic wing pattern ( Fig. 2A, B, D View Fig vs. C, F). Male wings tend to be paler antero-basally, and have wing spots larger than those of females. This species can be distinguished from any other Korean Campiglossa species by the combination of the following characteristics: 1) body pinkish yellowish brown ground color with moderate whitish pruinosity; 2) thorax mostly with small dark spots on bases of acrostichal, intra-alar, and basal scutellar setae ( Fig. 2E, G View Fig ); 3) abdominal tergites 3-5 each usually with pair of dark brown spots ( Fig. 2A, G View Fig ), but rarely they are missing ( Fig. 2B, C, E View Fig ); and 4) wing cell r 2 + 3 basal to crossvein R-M at least with 5 tiny spots plus larger round spot near R-M ( Fig. 2 View Fig D-a, F-a). The closely related species, C. melanochroa can be easily distinguished by its much darker body coloration and slender appearance ( Figs. 2 View Fig vs. 3).

Description of Korean material. Wing length 4.8-5.6 mm; most setae on head and thorax strong, dark brown, but most setulae ivory white; body mostly pinkish yellowish brown ground color with moderate whitish pruinosity. Head pinkish yellowish brown to brown with large geniculate mouthparts; genal seta strong, ivory white; with two dark brown frontal setae; anterior orbital seta dark brown but posterior seta ivory white; ocellar seta dark brown, distinctly longer than anterior orbital seta. Thorax matte pinkish yellowish brown ground col- or with heavy whitish pruinosity; bases of acrostichal, intra-alar, basal scutellar setae often with round dark brown spots; both notopleural setae dark brown; upper anepisternal seta strong, dark brown but lower anepisternal seta thick and ivory white, about 2/3 as long as upper one; katepisternal seta strong, dark brown; anepimeral seta thick and strong, ivory white; scutellum with apical setae crossed near apex, about half as long as basal seta. Legs yellowish brown with fore femur with 6-7 yellowish white postero-ventral setae; mid coxal seta strong, white. Male wing distinctly paler than female; pale yellow to dark brown with numerous round hyaline spots in variable sizes; cell c hyaline with dark spot in middle; pterostigma brown to dark brown with large yellowish hyaline spot in middle; cell r 1 apical to pterostigma with 3 large hyaline spots (additional spot, if any, much smaller); cell r 2 + 3 basal to R-M at least with 5 tiny spots plus large round spot near crossvein R-M; cell r 4 + 5 apically with round hyaline spot; cell m with 4 large round spot plus much smaller spots antero-basally. Female wing distinctly darker than male; most major hyaline spots tend to be smaller and tiny spots to be more numerous. Abdomen mostly pinkish pale brown, often with pair of dark brown spots on each of tergite 3-5; oviscape about as long as preceding 2 abdominal segments, often shiny brown with basal and apical portions dark brown, but rarely entirely dark brown.

Material examined. KOREA: Gangwon-do : Jeongseon-gun , Nam-myeon , Mt. Mindungsan, from Yupyeong-ri to 1119 m peak, N37°16 ʹ 15 ʺ E128°46 ʹ 30 ʺ, 4.VIII.2004, H.- Y. Han et al., 18♂ GoogleMaps , 17$; ditto, 8.VII.2005, 7♂ GoogleMaps , 6$; ditto, 16.VII.2005, 7♂ GoogleMaps , 13$; ditto, 19.VII.2005, 18♂ GoogleMaps , 12$; 29.VIII.2005, 1♂, 1$; ditto, 2.VIII.2006, 6♂ GoogleMaps , 6$; Hongcheon-gun , Nae-myeon, north valley of Mt. Gyebangsan, 5.VIII.2005, H.-Y. Han and H.-S. Lee, 4♂ , 4$. All deposited in YSUW.

Distribution. Korea, China (Heilongjiang, Inner Mongolia, Hebei), Russian Far East, Mongolia.

Biology. Unknown.

Remarks. Campiglossa luxorientis is a highly variable species with sexual dimorphism in wing pattern ( Fig. 2A, B, D View Fig vs. C, F). It appears to be closely related to C. melanochroa , which also shows similar sexual dimorphism ( Fig. 3C, E View Fig ). These two species could not be separated by DNA barcode sequences (unpublished personal data), but can easily be distinguished by their morphological characters (see Diagnosis). The early season C. luxorientis includes chubby and pinkish yellowish brown colored flies ( Fig. 3 View Fig ), while the late season C. melanochroa includes slender and dark colored flies ( Fig. 4). Korneyev (1996) suggested them to be conspecific, regarding them as seasonal color forms, but he later (Korneyev, 2004) regarded them as separate species because he found both forms in the same time and place. I also believe that they are distinct species because their morphological differences are well beyond the ordinary seasonal variation range found in Campiglossa species (personal observation; light colored early season forms vs. dark color late season forms). Differences can be clearly found in coloration, wing pattern, and body shape ( Fig. 2 View Fig vs. Fig. 3 View Fig ). It is now well known that there are a good number of closely related species-pairs and complexes that cannot be distinguished by DNA barcoding alone. For example, based on a DNA barcoding analysis of 133 selected lycaenid butterfly species, Wiemer and Fiedler (2007) indicated that there was an 18% overlap in the range of intra- and interspecific sequence divergence due to low interspecific divergence between closely related species. In this study, they separated most closely related species-pairs using their strong phenotypical as well as karyological differentiation. The new Korean name of C. luxorientis translates as “yellowish Campiglossa fly” referring to its ground coloration.

Bezzi, M. 1924. Further notes on the Ethiopian fruit-flies, with keys to all the known genera and species [concl.]. Bulletin of Entomological Research 15: 121 - 155.

Hering, E. M. 1936. Bohrfliegen aus der Mandschurei. (11. Beitrag zur Kenntnis der Trypetidae.). Konowia 15: 180 - 189.

Hering, E. M. 1940. Neue Arten und Gattungen. Siruna Seva 2: 1 - 16.

Korneyev, V. A. 1996. New records and synonymy in Xyphosiini and Tephritini (Diptera Tephritidae Tephritinae) from the Far East of Russia. Russian Entomological Journal 4: 115 - 125.

Korneyev, V. A. and O. G. Ovchinnikova. 2004. 79. Tephritidae-pestrokrylki [fruit flies]. In: P. A. Lehr (ed.), Key to the insects of Russian Far East. Vol. VI, Diptera and Siphonaptera. Pt. 3., pp. 456 - 565. Dal'nauka, Vladivostok. [In Russian]

Norrbom, A. L., L. E. Carroll, F. C. Thompson, I. M. White and A. Freidberg. 1999. Systematic database of names. In: F. C. Thompson (ed.), Fruit Fly Expert System and Systematic Information Database, Diptera Data Dissemination Disk 1 and Myia, pp. 65 - 251.

Wang, X. J. 1998. The fruit flies (Diptera: Tephritidae) of the East Asia Region. Acta Zootaxonomica Sinica (1996) 21 (Supplement): 1 - 419.

Wiemer, M. and K. Fiedler. 2007. Does the DNA barcoding gap exits? - a case study in blue butterfliews (Lepidoptera: Lycaenidae). Frontiers in Zoology 4: 8, 16 pp.

Gallery Image

Fig. 2. Campiglossa luxorientis (Hering, 1940). A. male, dorsal view; B. male, dorsal view; C. female, dorsal view; D. male, lateral view, E. male, dorsal view; F. female, lateral view; G. female dorsal view.

Gallery Image

Fig. 3. Campiglossa melanochroa (Hering, 1941). A. male, latero-dorsal view; B. female, dorsal view; C. male, lateral view, D. male, dorsal view; E. female, lateral view; F. female dorsal view.

Kingdom

Animalia

Phylum

Arthropoda

Class

Insecta

Order

Diptera

Family

Tephritidae

Genus

Campiglossa