Eurema agave (Cramer, 1777)
publication ID |
https://doi.org/10.11646/zootaxa.5621.1.5 |
publication LSID |
lsid:zoobank.org:pub:13B8294E-23E5-4408-9612-F1EBF0094A9D |
DOI |
https://doi.org/10.5281/zenodo.15230350 |
persistent identifier |
https://treatment.plazi.org/id/12554C18-FF90-FFAB-FF74-FEACFD0C9521 |
treatment provided by |
Plazi |
scientific name |
Eurema agave |
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( Figures 2–3 View FIGURE 2 View FIGURE 3 ). Chorion 853 µm long and 283 wide; three times as long as its maximum diameter; a length (l)/width (w) ratio almost 1/3 (h=7). Color N 00 A 10 M 00. Semifusiform and slightly oblong chorion, with convex base and apex; the apical region is somewhat wider than the basal region ( Fig. 2 A View FIGURE 2 ). The micropyle or micropylar polygon is irregularly hexagonal and surrounded by a rosette of seven petals, one of them anchored to one of the six micropylar openings ( Fig. 2 B – i View FIGURE 2 ). The micropylar polygon is depressed with respect to the rosette, but both have rounded edges ( Fig. 2 B View FIGURE 2 ). The petals show a conspicuous anchorage to the polygon although all have thin lateral walls ( Fig. 2 B View FIGURE 2 ). Petals do not exhibit texture as the foils ( Fig. 2 B – C View FIGURE 2 ). The perimicropylar region shows an irregular wreath of 10 foils in a poorly defined semi-ring; the foils have curved edges and four to six irregular sides ( Fig. 2 C View FIGURE 2 ). The walls of the foils and the external ones of the rosette have almost the same thickness as the rest of the exochorionic grid ( Fig. 2 B – D View FIGURE 2 ). No transition zone posterior to the wreath is distinguished, only the most apical polygons with a marked rough texture compared to those of the perimicropylar zone ( Fig. 2 C View FIGURE 2 – ii, D). The apical pores, possibly aeropyles or hydropyles, start in the cells adjacent to the wreath; they are semicircular and located singly at the vertices of the polygons ( Fig. 2 D – E View FIGURE 2 ). There are 4 – 6 aeropyles at vertices aligned in an apex-equator direction ( Fig. 2 C View FIGURE 2 ), with an incipient rough texture in the lumen of the polygons ( Fig. 2 E View FIGURE 2 – iii). Axes and ribs are not distinct towards the equator, but a grid of irregular polygons with four to six sides ( Fig. 2 View FIGURE 2 , Fig. 3 A View FIGURE 3 ). Almost all of the polygons show the same size ( Fig. 3 A View FIGURE 3 ), although the apical ones are slightly more elongated ( Fig. 2 A, D, E View FIGURE 2 ). A subtle rough texture is present, without forming striae ( Fig. 3 A – i View FIGURE 3 ). The micro-grid is absent. Parallel to the chorionic equator, we recorded 18—20 polygons ( Fig. 2 A View FIGURE 2 ). The grid goes from one pole to another ( Fig. 2 A View FIGURE 2 ), conspicuous from the apex, and fades slightly towards the base ( Fig. 3 B View FIGURE 3 ). The prebasal zone exhibits the same texture, but is more tenuous or with little relief ( Fig. 3 B – C View FIGURE 3 ). The grid keeps its thickness until reaching the base, where aeropyles are observed at some vertices; 3–5 by alignment ( Fig. 3 B View FIGURE 3 – ii, C). In the basal area, the grid and texture are blurred, so it is recorded as almost smooth ( Fig. 3 B View FIGURE 3 ).
Ecuador: Santo Domingo de los Tsáchilas, Jesús del Gran Poder, Bosque en recuperación Tanti (0°18’25” S, 79°03’26” W), 867 msnm, 15-IV-2011, J. Llorente y C. Hernández-Mejía (ABD-199) GoogleMaps .
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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