Pagastia Oliver, 1959
publication ID |
https://doi.org/ 10.11646/zootaxa.4755.1.9 |
publication LSID |
lsid:zoobank.org:pub:B3EC6807-4B94-4FC6-9B5C-FEC08A24B882 |
DOI |
https://doi.org/10.5281/zenodo.3728596 |
persistent identifier |
https://treatment.plazi.org/id/187E87E0-FFC2-FF9D-FF50-A87DFA2D7E51 |
treatment provided by |
Plazi |
scientific name |
Pagastia Oliver |
status |
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Key to the known species of Pagastia Oliver View in CoL View at ENA of Holarctic region
Males
1. Eyes hairy. Aedeagal lobes reduced (subgenus Hesperodiamesa Sublette ). Basal lobe of gonocoxite small.................................................................... P. (H.) sequax (Garrett, 1925) View in CoL ( Makarchenko 2019, Fig. 18)
– Eyes bare or pubescent. One or two aedeagal lobes present (subgenus Pagastia Oliver View in CoL ). Basal lobe of gonocoxite large.... 2
2. Both median and lateral aedeagal lobes present. AR 2.5-4.2................................................... 3
– Only lateral aedeagal lobe present. AR 1.0–2.42............................................................ 6
3. Antepronotum with dorsal and lateral setae in widely separated groups. Median aedeagal lobe digitated and widest distally. 4
– Antepronotum completely covered with setae. Median aedeagal lobe widest medially, then tapering abruptly and with the apex forming a sharp hook.......................... P. (Pagastia) partica (Roback, 1957) View in CoL ( Makarchenko 2019, Figs.16–17)
4. Gonostylus subapically with “heel”................ P. (P.) nivis (Tokunaga, 1936) View in CoL ( Makarchenko 2006, Fig. 180, 5–10)
– Gonostylus subapically without “heel”.................................................................... 5
5. Apex of the gonostylus angled................. P. (P.) orientalis (Tshernovskij, 1949) View in CoL ( Makarchenko 2006, Fig. 181, 1–5)
– Apex of the gonostylus broadly rounded................................................................................................ P. (P.) altaica Makarchenko, Kerkis et Ivanchenko, 1997 View in CoL ( Makarchenko et al. 1997, Fig. 1 View FIGURES 1–3 )
6. Anal point absent. Alula as well as M 1+2, M 3+4, and Cu 1 of wing with setae................................................................................ .. P. (P.) subletteorum Makarchenko ( Makarchenko 2019, Figs. 1–6 View FIGURES 1–3 View FIGURES 4–5 View FIGURES 6–9 , 19–20)
– Anal point present. Alula and M 1+2, M 3+4, Cu 1 without setae.................................................... 7
7. Anal point almost parallel-sided in dorsal view; lateral aedeagal lobe tapering to thin apex........................... 8
– Anal point tapering to apex; lateral aedeagal lobe broad in distal part........................................... 10
8. Anal point with rounded apex and without apical peg.. P. (P.) orthogonia Oliver, 1959 View in CoL ( Makarchenko 2019, Figs. 7 View FIGURES 6–9 –13, 21)
– Anal point with pointed apical peg........................................................................ 9
9. Gonostylus with small basal lobe in outer side; apically rounded, without “heel”. AR 1.56–1.75............................................................................. P. (P.) hidakamontana Endo, 2004 View in CoL ( Endo 2004, Figs. 1–6 View FIGURES 1–3 View FIGURES 4–5 View FIGURES 6–9 )
– Gonostylus with rounded basal lobe in outer side and with lobe like “heel” apically. AR 1.22–1.26........................................................................................ P. (P.) donoliveri View in CoL sp. nov. ( Figs. 4 View FIGURES 4–5 , 6, 7, 9 View FIGURES 6–9 )
10. Anal point narrow, tapering to pointed apex, without apical peg; gonostylus in basal part with outer angle-shaped projection. AR 2.18–2.42................. P. (P.) tianmumontana Makarchenko et Wang, 2017 View in CoL ( Makarchenko &Wang 2017, Fig. 17)
– Anal point widest in basal part and thin apically, pointed and sometimes with apical peg; gonostylus without outer basal projection and with rounded apex. AR 1.81–2.10........ P. (P.) lanceolata (Tokunaga, 1936) View in CoL ( Makarchenko 2006, Fig. 180, 1–4)
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