Eupeodes corollae ( Fabricius, 1794 ),

Dawah, Hassan A., Abdullah, Mohammed A., Ahmad, Syed Kamran, Al-Dhafer, Hathal & Turner, James, 2020, An overview of the Syrphidae (Diptera) of Saudi Arabia, Zootaxa 4855 (1), pp. 1-69: 34-35

publication ID

https://doi.org/10.11646/zootaxa.4855.1.1

publication LSID

lsid:zoobank.org:pub:28A15E99-7A79-40CA-A0C6-1DC501B69E46

DOI

http://doi.org/10.5281/zenodo.4498699

persistent identifier

http://treatment.plazi.org/id/CD39879E-2B4A-4924-FF5B-64A957D0FD0E

treatment provided by

Plazi

scientific name

Eupeodes corollae ( Fabricius, 1794 )
status

 

Eupeodes corollae ( Fabricius, 1794) 

( Figs 38–39View FIGURE 38–39)

Syrphus corollae Fabricius, 1794: 306 

Examined specimens. 3♂, Al-Riyadh, Wadi Al-Dawaseer, Al-Joba village , 1.iii-30.iv.2005, H.A. Dawah, Malaise trap ( NMWC)  ; 2♂, Al-Riyadh, Al-Kharj , 80 km. S. Al- Riyadh, 1.xi.1980, A. Talhouk & S.Tilkian ( KSMA)  ; 3♂, same locality but 8.iii.1983 ( KSMA)  ; 2♂, Al-Riyadh, Al-Uyaynah, 45 km. W. Al-Riyadh, Ashahwan farm, 27.ii.2008, Ashamrany, Alfalfa ( KSMA)  ; 1♂, same locality but 27.ii.2008, Al-Amoudy ( KSMA)  ; 1♂, same locality but Farm Al-Beer , 9.iv.2008, Atorck ( KSMA)  ; 1♀, Al-Riyadh, Dirab Education Farm, King Saud University , 3.iv.1998 ( KSMA)  ; 1♂, Al-Riyadh, Al’Ammariyah , 14.iii.2007, Abdurahm Bin Jaber ( KSMA)  ; 3♀, Al-Riyadh, Al Aziziyah , 31.i.1982, A. Talhouk & S.Tilkian ( KSMA)  ; 1♀, Al-Riyadh, Al-Kharj , 80 km. S. Al-Riyadh, 8.iii.1982 ( KSMA)  ; 3♀, Al-Riyadh, Ad Dir’iyah , 20 Km. W. Al-Riyadh, 9.vii.1989, clover ( KSMA)  ; 1♂, Al-Riyadh, Rhodet Khorim, National Park (protected area), 19.iv.2011, Y. Drayhim, H. Al-Dhafer, A. Fadl & A. El-Chartbawy ( KSMA)  ; 2♂, same locality but 19.ii.2012, J.C. Deeming ( NMWC)  .

Distribution. It is common species. The species was previously recorded from Saudi Arabia by El-Hawagry et al. (2013) and El-Hawagry et al. (2019). It was described from Germany and also recorded from the following areas: Palaearctic Region: Afghanistan, Algeria, Canary Islands, Egypt, Formosa, Iberia, Iran, Iraq, Italy, Madeira, Mongolia, Japan, Russia (European parts), Siberia, Tunisia and Turkey; Afrotropical Region: Mauritius, Mauritania, Saudi Arabia, South Africa, Tanzania, UAE and Yemen; Oriental Region: China, India, Nepal, Pakistan ( Ghorpadé 2014; Sengupta et al. 2016); Australasian Region: Tasmania ( Smith & Vockeroth 1980; Peck 1988; Hayat & Alaoglu 1990b; Whittington 2003; Dousti & Hayat 2006; Birtele et al. 2010; Khosravian et al. 2015; Smit et al. 2017; Haffaressas et al. 2017; Speight 2020; Mebarkia et al. 2020). There are some specimens of E. corollae in NMWC  from Egypt, Ethiopia, Greece, Malta and N. Lebanon.

Remarks. Colour patterns of this species may vary depending on the temperature during pupation ( van Veen 2004). E. corollae  has all the setulae of the frons black and the ocellae situated on a black background. Scutellar setulae are yellow in the male. Male genital segments are remarkably large and conspicuous. In the female the area between the antennae and ocellar triangle is black for about the rear one-quarter to one-third, the rest being yellow. Abdominal spots reach the side margins at least narrowly anteriorly. A comprehensive review of the biology of this species is provided by Gilbert (1986); Barkemever (1994). The larvae of E. corollae  feed on aphids on various low growing plants, especially Fabaceae ( Ball & Morris 2000)  . The male is able to mate immediately after emergence and mating may last several hours. Females of E. corollae  are attracted to odours from aphid honeydew and the aphid (not the plant) which provide the dominant stimulus to lay the eggs ( Budenberg & Powell 1992). They visit a wide range of flowers in order to collect pollen for protein and nectar for energy (Buck De 1990). Pineda & Marcos-García (2008) found syrphid larvae preying on aphids on sweet pepper plants in Spain. They found that 98% percent of the larvae collected from the infested plants were E. corollae  . This species has been used experimentally in glasshouses as method of aphid control ( Rojo et al. 2004). In Europe this species is known to migrate in huge numbers over the Alps ( Aubert et al. 1976). Examination of material of E. corollae  in our collection and NMWC shows a great deal of variation in the extent of basal black markings of femora, ranging from hardly more than femoral depth to quite half length of femur. In the Riyadh specimen (a male) having completely yellow femora the measurements from infront of face at widest part as to eye is in ratio of 31: 20, which fits E. corollae  rather than E. nuba  . Furthermore, examination of the male genitalia from beneath shows the large surstyli extending forward almost to the margin of sternite 4 (as in the figure given in the key of Stubbs & Falk 2002: 92). E. corollae  males have genitalia much larger than those of other Eupeodes  species (A. Ricarte, pers. comm.).

NMWC

National Museum of Wales

Kingdom

Animalia

Phylum

Arthropoda

Class

Insecta

Order

Diptera

Family

Syrphidae

Genus

Eupeodes

Loc

Eupeodes corollae ( Fabricius, 1794 )

Dawah, Hassan A., Abdullah, Mohammed A., Ahmad, Syed Kamran, Al-Dhafer, Hathal & Turner, James 2020
2020
Loc

Syrphus corollae

Fabricius, J. C. 1794: 306
1794