Telogmometopius, Jacobi, 1922
publication ID |
https://doi.org/ 10.1080/00222930601059082 |
DOI |
https://doi.org/10.5281/zenodo.5232311 |
persistent identifier |
https://treatment.plazi.org/id/AE26A23B-BF3E-FFBF-FE24-FB3BFB7AFA91 |
treatment provided by |
Felipe |
scientific name |
Telogmometopius |
status |
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Key to the species of Telogmometopius View in CoL
1. Aedeagal shaft ( Figures 75, 81 View Figures 69–82 ) elongate and slender in lateral view, not expanded apically, with basal part greatly extended beyond subgenital plates..... 2
– Aedeagal shaft ( Figures 87, 92 View Figures 83–93 ) relatively short and broad in lateral view, with basal part moderately extended beyond subgenital plates or if not as above then shaft expanded apically ( Figure 85 View Figures 83–93 ).............. 4
2. Postclypeus with lower two-thirds of median keel distinctly dilated laterally resulting in a diamond-shaped, flattened, median area; subgenital plates ( Figure 71 View Figures 69–82 ) with apical spine-like process distinctly longer than expanded basal region; India............... bicarinatus View in CoL sp. nov.
– Postclypeus ( Figures 10, 11 View Figures 9–16 ) with median keel fully sharp throughout length; subgenital plates with apical spine-like process distinctly shorter than expanded basal region..................... 3
3. Length „ 7.5–8.4 mm, ♀ 7.5–8.5 mm; subgenital plates ( Figure 74 View Figures 69–82 ) joined basally in ventral view; aedeagal shaft ( Figure 79 View Figures 69–82 ) with apical process coiled; SW China (Yunnan, Tibet).......... carinilabratus (Chou and Wu) View in CoL
– Length „ 5.4–5.5 mm, ♀ 5.6 mm; subgenital plates ( Figure 80 View Figures 69–82 ) slightly separated in ventral view; aedeagal shaft ( Figure 81 View Figures 69–82 ) with apical process sinuate; NE India (E Himalayas), SW China (Tibet)......... himalayensis View in CoL sp. nov .
4. Fore wings with two transverse fuscous fasciae: one before middle and the other subapical; subgenital plates ( Figure 84 View Figures 83–93 ) evenly tapered from base to apex with expanded basal region narrow and apical spine-like process relatively stout; aedeagal shaft ( Figure 85 View Figures 83–93 ) relatively elongate; Malaysia (northern Borneo: Sabah)................. bifasciatus View in CoL sp. nov.
– Fore wings without transverse fuscous fasciae........... 5
5. Subgenital plates ( Figures 91–93 View Figures 83–93 ) with expanded basal region very elongate and apical spine-like process short, stout, and dorsally directed in lateral view, not visible in ventral view; northern Borneo....... angulatus View in CoL sp. nov.
– Subgenital plates not as above............... 6
6. Subgenital plates ( Figures 104–106 View Figures 94–108 ) with expanded basal region and apical spinelike process not abruptly differentiated in ventral view, the latter stout; Malaysia ( Sarawak)............... sarawakensis View in CoL sp. nov.
– Subgenital plates ( Figures 88 View Figures 83–93 , 95, 100 View Figures 94–108 ) with expanded basal region and apical spine-like process abruptly differentiated in ventral view; apical spine-like process fine or stout..................... 7
7. Subgenital plates ( Figure 88 View Figures 83–93 ) with apical spine-like process much longer than expanded basal region; Burma......... rangoonensis View in CoL sp. nov.
– Subgenital plates ( Figures 95, 100 View Figures 94–108 ) with apical spine-like process shorter than expanded basal region.................. 8
8. Subgenital plates ( Figure 100 View Figures 94–108 ) with apical spine-like process fine; aedeagal shaft ( Figure 103 View Figures 94–108 ) similar in width distally in lateral view, subapical process relatively short; southern and central China (Hubei, Gansu, Sichuan, Guizhou,? Jiangxi).................. obsoletus Jacobi View in CoL
– Subgenital plates ( Figure 95 View Figures 94–108 ) with apical spine-like process stout; aedeagal shaft ( Figure 97 View Figures 94–108 ) expanded apically, subapical spine-like process relatively long; Malaysia (northern Borneo: Sabah)......... sabahensis View in CoL sp. nov.
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