Phylacastus makskacymirowi, Lumen & Kamiński, 2023
publication ID |
https://dx.doi.org/10.3897/zookeys.1138.95968 |
publication LSID |
lsid:zoobank.org:pub:94AF8515-FC53-4C7E-B08A-646F2D64355F |
persistent identifier |
https://treatment.plazi.org/id/D45D3B72-5E44-451F-96B1-35D28A05E555 |
taxon LSID |
lsid:zoobank.org:act:D45D3B72-5E44-451F-96B1-35D28A05E555 |
treatment provided by |
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scientific name |
Phylacastus makskacymirowi |
status |
sp. nov. |
Phylacastus makskacymirowi sp. nov.
Figs 1B View Figure 1 , 3B View Figure 3 , 4D, F View Figure 4
Material examined
(data represents single specimens unless otherwise noted). Holotype (TMNH): " S.Afr., E.Transvaal Berlin;Karst plat. 25.31°S, 30.46°E; 20.9.1986; E-Y:2279 groundtraps, 33 days leg. Endrödy-Younga; ground trap with meat bait." With an additional label on red paper: " Holotype: Phylacastus makskacymirowi Lumen & Kaminski" GoogleMaps
Paratypes (n = 11) (TMNH and MIIZPAN): Three additional specimens with same data as holotype (MIIZPAN). " S.Afr., E.Transvaal Berlin; Karst plat. 25.31°S, 30.46°E; 23.10.1986; E-Y:2001 groundtraps, 42 days leg. Endrödy-Younga; ground trap with meat bait.", " S.Afr., E.Transvaal Berlin; Karst plat. 25.31°S, 30.46°E; 4.2.1986 E-Y:2414 under fungous logs leg. Endrödy-Younga.”, " S.Afr.; Mpumalanga 10 km E Kaapsehoop 25.36°S, 30.43°E; 4- 6.1.2014: E-Y:3943 sifting; indigenous forest leg. Ruth Müller.”, " S.Afr.; Mpumalanga Sjonajona, Badplaas 24.44°S, 30.40°E; 11.11.2002; E-Y:3565 general collect. 1410 m leg. TMSA staff" (four specimens), " S.Afr., E.Transvaal Berlin;Karst plat. 25.31°S, 30.46°E; 8.12.1986 E-Y:2363 fungous Pinus logs leg. Endrödy-Younga.” GoogleMaps
Diagnosis.
As of this revision, this is the smallest species of the genus (4-6 mm). In addition to its size, this species is further defined by the presence of well-defined tubercles on the apical declivity of the elytra-a trait shared only by P. rhodesianus , which is larger and can be further differentiated by 1) punctures on elytral intervals (more numerous and dense in P. rhodesianus ); 2) the shape of the mentum is broad, not tapered, further concealing the lateral wings in P. rhodesianus (Fig. 3C View Figure 3 ), tapers apically, exposing lateral wings in P. makskacymirowi (Fig. 3B View Figure 3 ); 3) aedeagus with a wide space between parameres, exposing large portion of median lobe in P. rhodesianus (Fig. 4C View Figure 4 ), narrow exposing only the tip of the median lobe in P. makskacymirowi (Fig. 4D View Figure 4 ).
Etymology.
Named after young bug enthusiast Maksymilian Jan Kacymirow (born on December 17, 2014 in Warsaw, Poland).
Description.
Length 4-6 mm. Head: punctures separated by <1 diameter. Mentum midportion medially raised but without distinct median carina, laterally tapering slightly toward apex, lateral wings exposed. Prothorax: pronotum finely punctate, punctures smaller and widely spaced, separated by> 1 diameter. Hypomeron very finely punctate and lightly sculptured/wrinkled. Prosternal process produced between forecoxae. Pterothorax: elytra wider than pronotal width. Elytral striae and intervals punctate; striae clearly impressed. Interval punctures fine, widely spaced (>1 diameter), distinctly smaller than strial punctures. Elytra distinctly tuberculate on apical declivity. Abdomen: ventrite V sulcus narrowly separated from apical border. Terminalia: male: parameres tapering apically, fused basally with narrow opening at apex exposing median lobe. Each paramere bearing a small, weak, subapical suture (Fig. 4F View Figure 4 ). Female: ovipositor slightly elongate (ratio of ovipositor coxites I-IV to paraprocts <1:1). Bursa copulatrix not bilobate, accessory gland present near-to spermatheca, accessory pouch absent.
Distribution.
South Africa.
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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