Salka Dworakowska 1972

Autor: Lin, Shuanghu, Zou, Hongfen, Huang, Min, Zhang, Yalin
Rok vydání: 2023
Předmět:
DOI: 10.5281/zenodo.7543920
Popis: Salka Dworakowska, 1972 Salka Dworakowska, 1972: 778; Chiang & Knight, 1990: 229; Sohi & Mann, 1994: 31; Zhang, Yang & Huang, 2009: 23; Ohara, 2012: 22; Song & Li, 2016: 445 Type species: Zygina nigricana Matsumura, 1932 Description. Body medium sized, ground color from dirty yellow to brown or brownish black. Head about equal to pronotum in width, eyes gray to blackish, crown with large black median anterior patch or spot, vertex slightly produced, coronal suture distinct but not extended to vertex. Face convex or flat in profile, frontoclypeal area long, anteclypeus long and slim, lorum broad. Pronotum with an obvious transverse impression medially. Forewing semitransparent, with first apical cell broadest and second apical cell narrowest, fourth apical cell not extended to tip of wing, AA and AP vein visible. Hind wing transparent, slightly brownish to smoky, RA vein invisible, submarginal vein (av) developed. Male 2S abdominal apodemes short, usually not exceeding sternite III, extending to anterior part of sternite IV in a few species. Anal tube usually without appendage. Pygofer with dorsal appendage, ventral appendage present or absent. Pygofer lobe usually with several microsetae scattered on distal part or only near posterior margin and group of peg-like setae or several slim microsetae at cephalo-ventral angle, some species with 1–2 macrosetae around dorsal appendage. Subgenital plate usually slightly expanded subbasally, with row of microsetae along outer margin, subbasal setae larger and forming a group, with 3–7 macrosetae of different lengths near middle and several microsetae scattered on distal part. Style with apex variably shaped, several sensory pits near preapical lobe, preapical lobe distinct. Connective usually with both manubrium and central lobe. Aedeagal shaft tubular or slightly compressed, with distal processes in most species, usually without preatrium process, gonopore situated at or distad of midlength on ventral surface. Distribution. Palaearctic, Oriental regions. Species checklist of Salka from China S. abbotta Chiang & Knight, 1990: 229, Fig. 22. China (Taiwan) S. acicula Song & Li, 2016: 227, Figs 1–7. China (Hainan) S. addonica Chiang & Knight, 1990: 231, Fig. 23. China (Taiwan) S. aequilonga Lin & Zhang sp. nov. Figs 1q–t, 7. China (Zhejiang) S. arenaria Sohi & Mann, 1994: 32, Figs 1–8. China (Taiwan) S. armata Dworakowska, 1976: 42, Figs 295–303; Sohi & Mann, 1994:33. China (Taiwan) S. asna Dworakowska, 1976: 42, Figs 283–294; Sohi & Mann, 1994:33. China (Taiwan) S. belanda Sohi & Mann, 1994: 33, Figs 9 –18. China (Taiwan) S. cambera Song & Li, 2016: 449, Figs 8 –15. China (Henan) S. canara Sohi & Mann, 1994:34, Figs 19–30. China (Taiwan) S. cerviprocessa Song & Li, 2012: 51, Figs 1–8. China (Guizhou) S. congjianga Song & Li, 2012: 52, Figs 9 –18. China (Guizhou) S. crassiprocessa Zhang, Yang & Huang, 2009:25, Figs 1 –11, 71–72. China (Yunnan) S. decorata Dworakowska, 2010: 48, Figs 1 –10. China (Taiwan) S. delphiura Lin & Zhang sp. nov. Figs 1a–d, 3. China (Hunan) S. diacora Chiang & Knight, 1990: 232, Fig. 24. China (Taiwan) S. diaoluoensis Zhang, Yang & Huang, 2009: 29, Figs 27–32, 77–78. China (Hainan) S. dipteriga Lin & Zhang sp. nov. Figs 1e–h, 4. China (Hunan) S. extrela Chiang & Knight, 1990: 234, Fig. 25. China (Taiwan) S. fanjinga Song & Li, 2012: 52, Figs 19–25. China (Guizhou) S. fujiwara Chiang & Knight, 1990: 235, Fig. 26. China (Taiwan) S. gaza Dworakowska, 2010: 53, Figs 53–63. China (Taiwan) S. guilinensis Song & Li, 2012: 55, Figs 26–33. China (Guangxi) S. gviazdka Dworakowska, 2010: 49, Figs 11–20. China (Taiwan) S. hadija Sohi & Mann, 1994: 36, Figs 49–57. China (Taiwan) S. jaga Sohi & Mann, 1994: 36, Figs 58–65. China (Taiwan) S. jianfengensis Zhang, Yang & Huang, 2009: 29, Figs 21–26, 75–76, 89. China (Hainan) S. jiangshiensis Zhang, Yang & Huang, 2009: 33, Figs 47–53, 83–84. China (Fujian) S. kerzhneri Dworakowska, 2006 China (Yunnan); Vietnam S. lamella Zhang, Yang & Huang, 2009: 26, Figs 12–20, 73–74. China (Yunnan) S. lamellipenia Lin & Zhang sp. nov. Figs 1i–l, 5. China (Hunan) S. limboserrata Lin & Zhang sp. nov. Figs 1m –p, 6. China (Hunan) S. lobata Dworakowska, 1976: 42, Figs 304–311. China (Taiwan) S. longihamata Zhang, Yang & Huang, 2009: 36, Figs 54–61, 85–86. China (Yunnan) S. longipenia Lin & Zhang sp. nov. Figs 1u–x, 8. China (Guangxi) S. longiprocessa Zhang, Yang & Huang, 2009: 33, Figs 39–46, 81–82. China (Yunnan) S. mamiya Dworakowska, 2010: 52, Figs 42–52. China (Taiwan) S. musica Sohi & Mann, 1994: 40, Figs 85–94. China (Taiwan) S. nangongensis Zhang, Yang & Huang, 2009: 29, Figs 33–38, 79–80. China (Yunnan) S. nigricans (Matsumura, 1932): 114; Chiang & Knight, 1990: 236, Fig. 27. China (Taiwan) S. opta Dworakowska, 2010: 55, Figs 75–87. China (Taiwan) S. qusa Dworakowska, 2010: 56, Figs 88–98. China (Taiwan) S. remanei Dworakowska, 2010: 50, Figs 21–31. China (Taiwan) S. rubronigra Sohi & Mann, 1994: 44, Figs 120–130. China (Taiwan) S. singularis Zhang, Yang & Huang, 2009: 36, Figs 62–70, 87–88, 90. China (Yunnan) S. sinica Sohi & Mann, 1994: 46, Figs 139–147. China (Hubei, Chongqing, Zhejiang, Fujian, Jiangxi, Guangdong, Taiwan, Guangxi, Yunnan, Guizhou) S. songae Song & Li, 2012: 56, Figs 34–41. China (Yunnan) S. taopenna Lin & Zhang sp. nov. Figs 2a–d, 9. China (Hunan) S. taoyuanensis Song & Li, 2012: 56, Figs 42–48. China (Taiwan) S. triangula Chiang & Knight, 1990: 239, Fig. 28. China (Taiwan) S. triprocessa Song & Li, 2012: 58, Figs 49–57. China (Taiwan) S. wiejska Dworakowska, 2010: 51, Figs 32–41. China (Taiwan) S. xepima Sohi & Mann, 1994: 49, Figs 158–167. China (Taiwan) S. yeroboa Dworakowska, 2010: 54, Figs 64–74. China (Taiwan) S. yvona Dworakowska, 2010: 57, Figs 99–109. China (Taiwan) S. zoza Sohi & Mann, 1994: 50, Figs 168–177. China (Taiwan) Key to species of the genus Salka from China (males) 1. Pygofer lobe with dorsal appendage only (Figs 3a, c 1, c 2, 4a, c, 6a, c, 9a, c)....................................... 2 - Pygofer lobe with dorsal and ventral appendage (Figs 5a, c, 7a, c, d, 8a, c)....................................... 21 2. Aedeagal shaft with paired apical processes (Figs 3g, h)....................................................... 3 - Aedeagal shaft without paired apical processes (Figs 4g, h, 6g, h, 9g, h)......................................... 11 3. Aedeagal shaft with basal process on ventral side............................................................ 4 - Aedeagal shaft without basal process on ventral side (Figs 3g, h)................................................ 5 4. Aedeagus with 1 preatrium process.................................................... S. congjianga Song & Li - Aedeagus with pair of preatrium processes.................................. S. longiprocessa Zhang, Yang & Huang 5. Aedeagus with pair of serrated lamellae subapically................................. S. lamella Zhang, Yang & Huang - Aedeagus without serrated lamellae subapically (Figs 3g, h)................................................... 6 6. Aedeagus with apical processes more than 1/2 length of shaft (Figs 3g, h)........................................ 7 - Aedeagal shaft with apical processes short, spinelike........................................ S. fanjinga Song & Li 7. Aedeagal apical processes bifurcated medially or subapically.................................................. 8 - Aedeagal apical processes not bifurcated (Figs 3g, h)......................................................... 9 8. Aedeagal apical processes bifurcated subapically......................................... S. guilinensis Song & Li - Aedeagal apical processes bifurcated medially.......................................... S. kerzhneri Dworakowska 9. Aedeagal dorsal apodeme slim and stick-like (Figs 3g, h)..................................................... 10 - Aedeagal dorsal apodeme broad............................................ S. nangongensis Zhang, Yang & Huang 10. Pygofer dorsal appendage with apex not bifurcated............................ S. crassiprocessa Zhang, Yang & Huang - Pygofer dorsal appendage with apex bifurcated (Figs 3g, h)......................... S. delphiura Lin & Zhang sp. nov. 11. Aedeagal shaft with basal process on ventral side........................................................... 12 - Aedeagal shaft without basal process on ventral side (Figs 4g, h, 6g, h, 9g, h)..................................... 13 12. Aedeagal preatrium process not bifurcated...................................... S. singularis Zhang, Yang & Huang - Aedeagal preatrium process bifurcated............................................... S. cerviprocessa Song & Li 13. Aedeagal shaft without processes........................................................................ 14 - Aedeagal shaft with processes (Figs 4g, h, 6g, h, 9g, h)...................................................... 15 14. Aedeagal shaft with lateral margins serrated distally in ventral view............... S. longihamata Zhang, Yang & Huang - Aedeagal shaft with lateral margins smoothed distally in ventral view............................ S. songae Song & Li 15. Aedeagal shaft with 1 process below apex (Figs 9g, h)....................................................... 16 - Aedeagal shaft with 1 pair of processes below apex (Figs 4g, h, 6g, h).......................................... 17 16. Aedeagal shaft with 1 basal process on dorsal side.......................................... S. cambera Song & Li - Aedeagal shaft with 1 subapical process on dorsal side (Figs 9g, h).................... S. taopenna Lin & Zhang sp. nov. 17. Aedeagal shaft with processes basally..................................................... S. zoza Sohi & Mann - Aedeagal shaft with processes medially or subapically (Figs 4g, h, 6g, h)........................................ 18 18. Aedeagal shaft processes with both margins serrated (Figs 6g, h)............................................... 19 - Aedeagal shaft processes with both margins smooth (Figs 4g, h)............................................... 20 19. Aedeagus with preatrium process (Figs 6g, h).................................. S. limboserrata Lin & Zhang sp. nov. - Aedeagus without preatrium process................................................... S. belanda Sohi & Mann 20. Aedeagal shaft with processes slim......................................... S. diaoluoensis Zhang, Yang & Huang - Aedeagal shaft with processes broad (Figs 4g, h).................................. S. dipteriga Lin & Zhang sp. nov. 21. Aedeagus with preatrium process........................................................................ 22 - Aedeagus without preatrium process (Figs 5g, h, 7h, i, 8g, h).................................................. 23 22. Pygofer ventral appendage with apex exceeding hind margin of pygofer lobe..................... S. sinica Sohi & Mann - Pygofer ventral appendage with apex not exceeding hind margin of pygofer lobe................... S. opta Dworakowska 23. Aedeagal shaft with basal process....................................................................... 24 - Aedeagal shaft without basal process (Figs 5g, h, 7h, i, 8g, h)................................................. 28 24. Aedeagal shaft with 1 basal process................................................. S. diacora Chiang & Knight - Aedeagal shaft with 1 pair of basal processes.............................................................. 25 25. Aedeagal shaft with paired basal and apical processes.................................... S. taoyuanensis Song & Li - Aedeagal shaft with paired basal processes only............................................................ 26 26. Style with 3 apical teeth.............................................................. S. musica Sohi & Mann - Style with 2 apical teeth............................................................................... 27 27. Subgenital plate with 1 lamelliform process on inner margin..................... S. jiangshiensis Zhang, Yang & Huang - Subgenital plate without process on inner margin........................................... S. hadija Sohi & Mann 28. Aedeagal shaft without apical process (Figs 5g, h, 7h, i, 8g, h)................................................. 29 - Aedeagal shaft with apical process....................................................................... 37 29. Aedeagal shaft with process medially or subapically......................................................... 30 - Aedeagal shaft without processes subapically (Figs 5g, h, 7h, i, 8g, h)........................................... 33 30. Aedeagal shaft with 1 process subapically............................................ S. fujiwara Chiang & Knight - Aedeagal shaft with 1 pair of processes medially or subapically................................................ 31 31. Aedeagal shaft with processes subapically............................................. S. extrela Chiang & Knight - Aedeagal shaft with processes medially................................................................... 32 32. Aedeagal shaft with 1 pair of triangular processes near middle................................ S. xepima Sohi & Mann - Aedeagal shaft with 1 pair of finger-like processes near middle................................. S. acicula Song & Li 33. Pygofer dorsal appendage expanded medially on dorsal side............................ S. addonica Chiang & Knight - Pygofer dorsal appendage not expanded medially on dorsal side (Figs 5a, c, 7a, c, 8a, c)............................ 34 34. Aedeagal shaft curved in lateral view (Figs 5g, h, 7h, i)...................................................... 35 - Aedeagal shaft almost straight in lateral view (Figs 8g, h).................................................... 36 35. Aedeagus with preatrium developed (Figs 5g, h)................................ S. lamellipenia Lin & Zhang sp. nov. - Aedeagus with preatrium rudimentary (Figs 7h, i)............................... S. aequilonga Lin & Zhang sp. nov. 36. Aedeagal shaft exceeding hind margin of pygofer lobe (Figs 8g, h)................... S. longipenia Lin & Zhang sp. nov. - Aedeagal shaft not exceeding hind margin of pygofer lobe.................................. S. arenaria Sohi & Mann 37. Aedeagal shaft with 1 or 3 apical processes................................................................ 38 - Aedeagal shaft with 1 pair of apical processes.............................................................. 43 38. Aedeagal shaft with 3 apical processes................................................................... 39 - Aedeagal shaft with 1 apical process..................................................................... 40 39. Pygofer ventral appendage with apex exceeding hind margin of pygofer lobe................... S. triprocessa Song & Li - Pygofer ventral appendage with apex not exceeding hind margin of pygofer lobe.................. S. qusa Dworakowska 40. Pygofer ventral appendage with apex not exceeding hind margin of pygofer lobe................. S. lobata Dworakowska - Pygofer ventral appendage with apex exceeding hind margin of pygofer lobe..................................... 41 41. Pygofer ventral appendage with apex distinctly exceeding hind margin of pygofer lobe............................. 42 - Pygofer ventral appendage with apex slightly exceeding hind margin of pygofer lobe............ S. yeroboa Dworakowska 42. Aedeagal shaft with 1 process subapically............................................... S. remanei Dworakowska - Aedeagal shaft without process subapically............................................ S. abbotta Chiang & Knight 43. Aedeagal shaft with asymmetrical apical processes.......................................................... 44 - Aedeagal shaft with symmetrical apical processes.......................................................... 49 44. Aedeagal shaft processes close to shaft............................................... S. rubronigra Sohi & Mann - Aedeagal shaft processes not close to shaft................................................................ 45 45. Aedeagal shaft with longer process bifurcated.............................................................. 46 - Aedeagal shaft with longer pro
Published as part of Lin, Shuanghu, Zou, Hongfen, Huang, Min & Zhang, Yalin, 2023, Taxonomic study of the leafhopper genus Salka Dworakowska (Hemiptera: Cicadellidae: Typhlocybinae: Erythroneurini) from China, with descriptions of seven new species, pp. 394-410 in Zootaxa 5228 (4) on pages 394-399, DOI: 10.11646/zootaxa.5228.4.2, http://zenodo.org/record/7539889
{"references":["Dworakowska, I. (1972) Aaka gen. n. and some other Erythroneurini (Auchenorrhyncha, Cicadellidae, Typhlocybinae). Bulletin de l'Academie Polonaise des Sciences. Serie des Sciences Biologiques, 20 (11), 769 - 778.","Chiang, C. C. & Knight, W. J. (1990) Studies on Taiwanese Typhlocybinae (Homoptera: Cicadellidae) (IV) tribe Erythroneurini. Bulletin of the National Museum of Natural Science, 2, 191 - 255.","Sohi, A. S. & Mann, J. S. (1994) A review of the genus Salka Dworakowska, with descriptions of eighteen new species (Insecta, Auchenorrhyncha: Cicadellidae: Typhlocybinae). Entomologische Abhandlungen, 56 (1), 31 - 53.","Zhang, Y. L., Yang, M. X. & Huang, M. (2009) Nine new species of Oriental leafhopper genus Salka Dworakowska (Hemiptera: Cicadellidae: Typhlocybinae) from China. Zootaxa, 2264 (1), 23 - 40. https: // doi. org / 10.11646 / zootaxa. 2264.1.2","Song, Y. H. & Li, Z. Z. (2016) New additions to the leafhopper genus Salka Dworakowska (Hemiptera: Cicadellidae: Typhlocybinae) from Hainan and Henan Provinces of China. Zootaxa, 4092 (3), 445 - 450. https: // doi. org / 10.11646 / zootaxa. 4092.3.11","Matsumura, S. (1932) A revision of the Palaearctic and Oriental Typhlocybid-genera with descriptions of new species and new genera. Insecta Matsumurana, 6 (3), 93 - 120.","Dworakowska, I. (1976) On some Oriental and Ethiopian Typhlocybinae (Homoptera, Auchenorrhyncha, Cicadellidae). Reichenbachia, 16 (1), 1 - 51.","Song, Y. H. & Li, Z. Z. (2012) Seven new species of the leafhopper genus Salka Dworakowska (Hemiptera: Cicadellidae: Typhlocybinae) from China. Zootaxa, 3430, 50 - 60. https: // doi. org / 10.11646 / zootaxa. 3430.1.2","Dworakowska, I. (2010) On the erythroneurine genus Salka in Taiwan (Auchenorrhyncha, Cicadellidae, Typhlocybinae). Cicadina, 11, 47 - 58.","Dworakowska, I. (2006) Seven new species of the genus Salka Dwor. (Hemiptera: Auchenorrhyncha: Cicadellidae: Typhlocybinae). Russian Entomological Journal, 15 (3), 269 - 274."]}
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