Edessa (Edessa) indiscreta, Mendonça & Silva & Fernandes, 2023
publication ID |
https://doi.org/ 10.11646/zootaxa.5372.1.1 |
publication LSID |
lsid:zoobank.org:pub:1300D562-3E0B-4F72-933F-8FA7D28F6853 |
DOI |
https://doi.org/10.5281/zenodo.10167593 |
persistent identifier |
https://treatment.plazi.org/id/414B87B5-FFE9-9876-FF63-DA797779FEA4 |
treatment provided by |
Plazi |
scientific name |
Edessa (Edessa) indiscreta |
status |
sp. nov. |
Edessa (Edessa) indiscreta sp. n.
( Figs. 27 View FIGURE 27 , 62 E–F View FIGURE 62 , 73 View FIGURE 73 )
Etymology. The name refers to the similarity with E. (E.) lavata Breddin, 1903 (L. indiscretus, closely connected).
Material examined. Holotype female. SURINAME: P. H. V. Doesburg Jr. ( RMNH).
Measurements (n= 1). Total length: 20.4; head length: 1.8; head width: 3.6; pronotum length: 3.7; pronotum width: 12.5; scutellum length: 9.5; scutellum width: 7.0; abdominal width: 12.0; length antennomeres: I: 1.0; II: 2.0; III: 1.5; IV: 4.5.
Diagnosis. Large (20.4 mm). Dorsal body surface green ( Fig. 62 E View FIGURE 62 ). Ventral surface yellow to orange with transversal black bands on thorax and abdomen ( Fig. 62 F View FIGURE 62 ). Antennae reddish brown ( Fig. 62 E–F View FIGURE 62 ). Pronotum with brown punctures, anterolateral margin with black punctures ( Fig. 62 E View FIGURE 62 ). Humeral angles short (1.3 times wider than long); apex with black spot restricted to the angles in dorsal view and restricted to the margin of the angles in ventral view; bent backward ( Fig. 62 E–F View FIGURE 62 ). Scutellum with brown punctures; posterior part excavated medially; apex not reaching the end of coria ( Fig. 62 E View FIGURE 62 ). Coria with all veins concolorous with the surrounding surface ( Fig. 62 E View FIGURE 62 ). Connexival segments with concavities almost entirely covered by small subrectangular black spots separated by a large yellow median spot ( Fig. 62 E View FIGURE 62 ), spots extending ventrally, triangular ( Fig. 62 F View FIGURE 62 ). Posterolateral angles of connexivum with apices black ( Fig. 62 E View FIGURE 62 ). Ventral surface, thorax with black bands; dark band of the propleura covering 2/3 of the width of the sclerite ( Fig. 62 F View FIGURE 62 ). Evaporatorium concolorous with the surrounding surface ( Fig. 62 F View FIGURE 62 ). Metasternal process ( Fig. 27 B View FIGURE 27 ) with arms of anterior bifurcation straight and laterally expanded at apex; anterior bifurcation slightly excavated receiving half of fourth rostral segment. Legs with tibiae and tarsi slightly reddish, remaining yellow to orange ( Fig. 62 F View FIGURE 62 ). Abdomen with spine of segment III rounded ( Figs. 27 B View FIGURE 27 ; 62 F View FIGURE 62 ). Intersegmental areas covered by narrow solid black bands with well-defined margins, reaching the lateral spots ( Fig. 62 F View FIGURE 62 ). Pseudosutures concolorous with the surrounding surface ( Fig. 62 F View FIGURE 62 , dark lines are a deterioration of the exoskeleton). Median longitudinal brown band incomplete, restricted to the segment VII ( Fig. 62 F View FIGURE 62 ). Trichobothria both parallel to the spiracle. Posterolateral angles of segment VII not reaching the level of apices of laterotergites IX ( Fig. 27 A View FIGURE 27 ). Male genitalia. Unknown. Female genitalia, valvifers VIII with dark punctures; sutural margins contiguous, brown and not divergent; posterior margin brown and arched. Laterotergites VIII with dark band on outer lateral margins. Laterotergites IX with brown spot in the base and apices acuminate passing the mediotergite VIII ( Fig. 27 A View FIGURE 27 ).
Comments. See comments on E. (E.) brevihumeralis sp. n. and E. (E.) imitans sp. n.. Edessa (E.) indiscreta sp. n. differs from E. (E.) brevihumeralis sp. n., E. (E.) imitans sp. n., E. (E.) tenuivittata sp. n., and E. (E.) lavata (see Mendonça et al., 2023, Fig. 11 A–F View FIGURE 11 ) by the characteristics of the genitalia.
Distribution ( Fig. 73 View FIGURE 73 ). SURINAME.
RMNH |
National Museum of Natural History, Naturalis |
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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