Arachnospila (Ammosphex) kuwayamai ( Ishikawa, 1966 )

Loktionov, Valery M. & Lelej, Arkady S., 2011, Review of the subgenus Ammosphex Wilcke, 1942 of the genus Arachnospila Kincaid, 1900 (Hymenoptera: Pompilidae) of the Russian Far East and East Siberia, Zootaxa 3137, pp. 1-30 : 12-13

Arachnospila (Ammosphex) kuwayamai ( Ishikawa, 1966)

( Figs 9, 10 , 41 , 64 , 84 , 106)

Pompilus (Ammosphex) kuwayamai Ishikawa, 1966: 87 , figs 3, 4, Ƥ (holotype, Ƥ, "Kotankesi, Is. Kunashiri, 18–19.VIII.1940 (Kuwayama, Sugihara)" [Kuril Islands: Kunashir, Alyohino], [National Museum of Nature and Science, Tokyo], examined).

Arachnospila (Ammosphex) kuwayamai: Lelej 1995: 245 , 3; 2000: 623; 2005: 128, Ƥ 3; Loktionov 2011: 83.

Pompilus (Ammosphex) hirsutifrons Ishikawa, 1966: 89 , figs 5–8, Ƥ, 3 (holotype, 3, "Karuizawa, env. of Minenochaya, about 1400 m, Nagano Pref., 1.VIII.1950, R. Ishikawa [ Japan, Honshu], [National Museum of Nature and Science, Tokyo], examined). Junior subjective synonym of Pompilus (Ammosphex) kuwayamai Ishikawa, 1966 according to Lelej 1995: 245.

Arachnospila (Ammosphex) hirsutifrons: Shimizu 1996: 510 .

Diagnosis of male. The male of this species is easily distinguished from other males of Arachnospila (Ammosphex) abnormis -species group (hypopygium ventro-preapically with tuft of long erect setae medially) by roof-like hypopygium without any row of setae or bristles baso-laterally ( Figs 9, 10 vs. 1–8, 11, 12). The male of this species differs from very similar A. (A.) kurentzovi Lelej, 1995 by having hypopygium rounded apically (acuminate apically in A. (A.) kurentzovi ) ( Fig. 9 vs. 7). Genitalia as in Fig. 41 .

Diagnosis of female. The female of this species is similar to that of Arachnospila (Ammosphex) abnormis ( Dahlbom, 1842) by having apical spine of first protarsomere more than 0.5 of protarsomere 2 in length, by shiny frons, by ratio of first flagellomere length to its width 3.2–3.9, and by protarsomere 1 with three spines, but clearly differs by curved 2rs-m vein of fore wing (straight 2rs-m vein in A. (A.) abnormis ) (Fig. 106 vs. 95). Clypeus as in Fig. 64 . Metapostnotum as in Fig. 84 .

Material examined. RUSSIA. Sakhalin: 24 Ƥ 6 3, 6 km E Shebunino, 4–6.VIII.2004; 1 Ƥ, Sokol, 21.VIII.2003; 1 Ƥ, Tunaicha Lake, 17.VII.2002; 3 Ƥ 1 3, Val, 14.VIII.2003; 8 Ƥ, 75 km S Okha, Sabo River, 14.VIII.2003; 1 Ƥ, 15 km E Piltun, 7.VIII.2003; 1 Ƥ, Pomr Bay, 13.VIII.2003; 1 Ƥ, 20 km SW Nogliki, 3.VIII.2003; 3 Ƥ, Sakhalinskiy Bay, Lyugi, 11, 12.VIII.2001; 1 Ƥ, Levenorn Cape, 21.VIII.2001; 1 Ƥ, Poronaisky Reserve, 3.VIII.1991; 3 Ƥ 3 3, Kostromskoe, 15, 17.VIII.1978; 1 Ƥ 3 3, Starodubskoe, 1.VIII.1978; 1 Ƥ 3 3, Ozerskiy, 19.VII.1978; Yuzhno-Sakhalinsk, 5.VIII.1975; 1 Ƥ 1 3, Krasnogorsk, Ainskoe Lake, 21.VII.2003. Iturup: 6 Ƥ 2 3, Kuibyshevskiy Bay, 13.VIII.1999; 1 Ƥ 3 3, Drakon Cape, 2.VIII.1998; 15 Ƥ 13 3, Dobroye Nachalo Bay, 22.VIII.1996, 14.VIII.1999; 1 3, Blagodatnoe Lake, 1.VIII.1998. Shikotan: 21 Ƥ 6 3, Gorobets Bay, 18.VIII.1998. Kunashir: 17 Ƥ 10 3, Yuzhno-Kurilsk, 3, 26.VIII.1980, 18, 19.VIII.1989, 25.VIII.1996, 26.VII.1998; 22 Ƥ 14 3, Alyohino, 14–16.VIII.1980, 18.VIII.1982, 19.VIII.1999; 59 Ƥ 35 3, Peschanoe Lake, 30.VIII.1975, 17, 18.VIII.1980, 6.VIII.1989; 4 Ƥ 3 3, 9 km S Yuzhno-Kurilsk, Kislaya River, 27.VII, 21.VIII.1989; 24 Ƥ 27 3, 7 km S Lagunnoe Lake, 12, 13, 15.VIII.1989; 8 Ƥ 7 3, Stolbchatyi Cape, 28.VII.1989, 9–11.VIII.1989; 22 Ƥ 33 3, Tretyakovo, 21, 22.VIII.1980, 7, 8.VIII.1989; 2 Ƥ 1 3, Sernovodsk, 23.VII.1981, 29.VII.1989; 1 Ƥ, Mendeleyevo, 29.VII.1982; 3 Ƥ 2 3, Goryacheye Lake, 9, 11, 18.VIII.1980. JAPAN. 1 Ƥ, Hokkaido, Kushiro, Ponromuri, 5.VII.1992; 1 Ƥ 1 3, Honshu, Mt. Kinpusan, Minamisaku-gun (Nagano), 31.VII– 2.VIII.1986 (A. Shimizu) [ IBSS].

Distribution. Russia (Sakhalin, Kuril Islands: Iturup, Kunashir, Shikotan), Japan (Hokkaido, Honshu) (Lelej 1995).

Biology. Inhabits sandy shores along lakes, rivers and by the sea.

Figures

FIGURES 1 – 19. Sterna 7 and 8 (hypopygium) of male. 1, 2. Arachnospila (Ammosphex) tobiasi sp. nov., 3, holotype, S 7 – S 8 (1, ventral view; 2, lateral view). 3, 4. A. (A.) abnormis, 3, S 7 – S 8 (3, ventral view; 4, lateral view). 5, 6. A. (A.) eoabnormis, 3, paratype, S 7 – S 8 (5, ventral view; 6, lateral view). 7, 8. A. (A.) kurentzovi, 3, holotype, S 7 – S 8 (7, ventral view; 8, lateral view). 9, 10. A. (A.) kuwayamai, 3, S 7 – S 8 (9, ventral view; 10, lateral view). 11, 12. A. (A.) kurzenkoi, 3, holotype, S 7 – S 8 (11, ventral view; 12, lateral view). 13, 14. A. (A.) mongolica, 3, S 7 – S 8 (13, ventral view; 14, lateral view). 15, 16. A. (A.) anceps, 3, S 7 – S 8 (15, ventral view; 16, lateral view). 17, 18. A. (A.) trivialis, 3, S 7 – S 8 (17, ventral view; 18, lateral view). 19. A. (A.) subvittata, 3, lectotype, S 7 – S 8, ventral view. (19 from Lelej & Loktionov 2010). Scale bar 0.5 mm.

FIGURES 38 – 43. Male genitalia, ventral view. 38. Arachnospila (Ammosphex) abnormis. 39. A. (A.) eoabnormis, paratype. 40. A. (A.) tobiasi sp. nov., holotype. 41. A. (A.) kuwayamai. 42. A. (A.) kurentzovi, holotype. 43. A. (A.) mongolica. Scale bar 0.5 mm.

FIGURES 57 – 66. Clypeus of female, frontal view. 57. Arachnospila (Ammosphex) abnormis. 58. A. (A.) ancep s. 59. A. (A.) dschingis. 60. A. (A.) eoabnormis. 61. A. (A.) kaszabi. 62. A. (A.) kurentzovi. 63. A. (A.) kurzenkoi. 64. A. (A.) kuwayamai. 65. A. (A.) mongolica. 66. A. (A.) mongolopinata.

FIGURES 77 – 94. Metapostnotum of female, dorsal view. 77. Arachnospila (Ammosphex) abnormis. 78. A. (A.) anceps. 79. A. (A.) dschingis. 80. A. (A.) eoabnormis. 81. A. (A.) kaszabi. 82. A. (A.) kurentzovi. 83. A. (A.) kurzenkoi. 84. A. (A.) kuwayamai. 85. A. (A.) mongolica. 86. A. (A.) mongolopinata. 87. A. (A.) orientausa sp. nov., paratype. 88. A. (A.) rasnitsyni sp. nov., paratype. 89. A. (A.) mongolica. 90. A. (A.) subvittata. 91. A. (A.) tobiasi sp. nov., paratype. 92. A. (A.) trivialis. 93. A. (A.) wolfi. 94. A. (A.) yasumatsui.