Euplectrus magdae Schauff
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https://dx.doi.org/10.3897/zookeys.485.9124 |
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lsid:zoobank.org:pub:F18CFD3D-1029-4E8A-A2E8-CEF1AFDBAC8F |
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https://treatment.plazi.org/id/88603FB3-9C4D-67CD-9D76-E41760685A9A |
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Euplectrus magdae Schauff |
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Taxon classification Animalia Hymenoptera Eulophidae
Euplectrus magdae Schauff View in CoL Figures 18, 616-622, 630-632, 794
Euplectrus magdae Schauff in Schauff & Janzen, 2001: 210-214. Holotype ♀ (INBio), not examined.
Material.
Type material: 1♀ paratype of Euplectrus magdae (BMNH). Additional material: COSTA RICA: 42♀ 11♂ from Guanacaste Province; caterpillar project voucher codes: 94-SRNP-6167, 96-SRNP-11096, 99-SRNP-11068, 00-SRNP-19037, 01-SRNP-9851, 01-SRNP-16124, 05-SRNP-46987, 07-SRNP-46045, 11-SRNP-56354 (BMNH, CNC, INBio, MZLU, MIUCR, USNM).
Diagnosis.
Lower face medially yellowish-brown, pale area reaching to level of outer lateral margins of toruli (Fig. 617); vertex reddish-brown; dorsellum anteriorly with two large foveae (Fig. 794); fore and mid legs yellowish-white, hind leg with coxa yellowish-brown, femur with basal ½ yellowish-white and apical ½ yellowish-brown, tibia and tarsus yellowish-white (Fig. 616); petiole 0.9 × as long as wide in female, 1.2 × in male; gaster with anterior ½ yellowish-white (female, Fig. 619), or dusky white (male, Fig. 620), with dark brown lateral margins, posterior ½ dark brown.
Description.
Female. Length of body 3.0 mm. Antenna with scape, pedicel and flagellomeres 1-2 yellowish-white, 3-4 pale brown, 5-6 dark brown (Fig. 621). Mandibles and palpi white. Head black and shiny, lower face medially yellowish-brown, pale area reaching to level of outer lateral margins of toruli, with part between pale area and eyes black (Fig. 617), and vertex reddish-brown. Frons close to eyes with three rows of setae (Fig. 630). Vertex smooth (Fig. 631). Occipital margin with a carina behind ocellar triangle (Fig. 631).
Mesosoma black and shiny (Fig. 616). Each sidelobe of mesoscutum with 14 setae. Scutellum 0.9 × as long as wide; with weak engraved reticulation (Fig. 632). Dorsellum anteriorly with two large foveae (Fig. 794), surface behind foveae reticulate. Propodeum with very weak reticulation (Fig. 794); anteromedially with a transverse triangular cup; propodeal callus with eight setae. Legs (Fig. 616): fore and mid legs yellowish-white, hind leg with coxa yellowish-brown, femur with basal ½ yellowish-white and apical ½ yellowish-brown, tibia and tarsus yellowish-white. Fore wing with submarginal vein with five setae; costal cell on ventral surface with two rows of setae, and margin with five setae close to marginal vein; with 24 admarginal setae, in two rows.
Gaster with anterior ½ yellowish-white with dark brown lateral margins, posterior ½ dark brown (Fig. 619).
Ratios. HE/MS/WM = 2.2/1.0/1.2; POL/OOL/POO = 5.8/3.8/1.0; OOL/DO = 1.3; WE/WF/WH/HH = 1.0/2.5/4.6/3.1; WH/WT = 1.1; PM/ST = 2.1; TS1/TS2/LT/LT1/LT2/LT3/LT4 = 3.8/2.5/6.2/2.3/1.5/1.0/1.5; LP/WP = 0.9; MM/LG = 1.1.
Male. Length of body 1.8 mm. Scape white, expanded and widest close to base (Fig. 622), sensory pores confined to a wide groove along entire ventral margin. Otherwise similar to female except legs paler: fore and mid coxae white, femora yellowish-white in basal ½, yellowish-brown in apical ½, tibiae and tarsi yellowish-brown; petiole longer; gaster with anterior ½ dusky white with dark brown lateral margins (Fig. 620), and shorter.
Ratios. LC/WS = 2.7; LP/WP = 1.2; MM/LG = 1.5.
Hosts and biology.
Dasylophia maxtlaDHJ06 ( Schauff and Janzen 2001); new records: Chliara croesus feeding on Andira inermis , Colax apulusDHJ01 feeding on Pterocarpus orbiculatus , Dasylophia guarana feeding on Platymiscium parviflorum , Hapigiodes sigifredomarini feeding on Lonchocarpus guatemalensis , Pentobesa pinnaDHJ02 feeding on Inga vera and Inga punctata . All hosts are Notodontidae , and all host plants are Fabaceae .
Distribution.
Costa Rica (Guanacaste Province).
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.
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