Arachnospila ( Ammosphex ) subvittata ( F. Morawitz, 1889 )

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 : 18

Arachnospila ( Ammosphex) subvittata ( F. Morawitz, 1889)

( Figs 19 , 56 , 70 , 90 , 115, 116)

Pompilus subvittatus F. Morawitz, 1889: 118 , 3 ( lectotype, 3, "Kansu, Nan-pin, Pot[anin]" [ China, Gansu], designated by Lelej & Loktionov 2010: 2 [ ZIN], examined).

Pompilus ( Ammosphex) nagasei Ishikawa, 1966: 85, Ƥ ( holotype, Ƥ, "Kamakura, Kanagawa Pref., 7.IV. 1954, H. Nagase" [ Japan, Honshu], examined). Junior subjective synonym of Pompilus subvittatus F. Morawitz, 1889 according to Lelej & Loktionov 2010: 2.

Arachnospila ( Ammosphex) nagasei: Lelej & Yamane 1992: 106 , Ƥ 3; Lelej et al. 1994: 142, 3; Lelej 1995: 246, 3; 2000: 623; Shimizu 1996: 510.

Arachnospila ( Ammosphex) subvittata: Lelej & Loktionov 2010: 2 , Ƥ 3; Loktionov 2011: 83.

Diagnosis of male. The male of this species is easily distinguished from other males of the subgenus Ammosphex by having the hypopygium baso-laterally distinctly carinate ( Fig. 19 vs. 1 –18, 20– 37). Genitalia as in Fig. 56 .

Diagnosis of female. The female of this species is very similar to that of Arachnospila ( Ammosphex) eoabnormis Lelej, 1995 , but differs by having 2 r-m cell of fore wing wider than 3 r-m cell ( 2 r-m cell equal to 3 r-m cell in width in A. ( A.) eoabnormis ) (Figs 115, 116 vs. 100, 101). Clypeus as in Fig. 70 . Metapostnotum as in Fig. 90 .

Material examined. RUSSIA. Primorskiy Terr.: 1 3, Ryazanovka, 4.VI. 1979; 3 3, Andreyevka, 26.VI, 17.VIII.1987, 1.VIII. 1990; 1 Ƥ 7 3, Anisimovka, 20.VI.1975, 11.VI.1984, 7.VIII.1993, 30.V.1994, 15.VI.1997, 5.VIII. 2010; 2 3, Lazo, 20, 23– 29.VII. 2007; 3 Ƥ 2 3, Lazovsky Reserve, 16, 20.VII. 2006; 1 Ƥ 1 3, "Kedrovaya Pad" Reserve, 5, 19.VI. 1997; 4 3, 15 km NNW Margaritovka, 14.VI. 1986; 1 3, Brovnichi, 7.VI. 1994; 4 3, Barabash-Levada, 8.IX.1978, 6.VI. 1980; 4 3, Novokachalinsk, 17.VIII.1977, 29.VIII.1987, 22.VII. 1995; 2 3, Spassk, 7.VI. 1990; 2 3, Evseyevka, 28.VI.1985, 9.VI. 1989; 1 3, Zhuravlevka, 29.V. 1993; 1 3, Nesterovka, 5.VII. 1986. Khabarovsk Terr.: 1 Ƥ 1 3, Machtovaya River, 6.VIII. 2005. Amurskaya Prov.: 1 3, Semenovka, 5.VII. 1975; 2 3, 5 km N Saskal, 13.VIII. 1982; 1 3, Khinganskiy Reserve, 1.VII. 1989. Jewish Autonomous Region: 1 3, Radde, 13.VII. 2003; 1 3, Ekaterino-Nikolskoe, 17.VI. 2005. Kuril Is.: Kunashir, 1 Ƥ 1 3, Yuzhno-Kurilsk, 28.VIII. 1980; 2 Ƥ 2 3, Dubovoye, 8.VIII.1980, 31.VII. 1989. Transbaikalskiy Terr.: 1 3, 20 km SSE Krasnokamensk, 5.VIII. 2007. Buryatia: 1 3, Kyakhta, 30.V. 2008. Irkutsk Prov.: 2 Ƥ 2 3, Angarsk, 12.VI, 21.VII. 1983; 4 3, 15 km E Ust-Orda, Ordinsk, 5, 6, 8.VIII.1994, 16.VI. 2000. JAPAN. 1 Ƥ 1 3, Shiratori-yama, 1300 m, Gokanoshô, Kumamoto Pref., Kyushu, 8.VIII. 1991 [ IBSS].

Distribution. Russia (Primorskiy Terr., Khabarovsk Terr., Amurskaya Prov., Jewish Autonomous Region, Kuril Islands: Kunashir; Irkutsk Prov., * Transbaikalskiy Terr.), Japan (Honshu, Kyushu), South Korea, China (Gansu) ( Lelej & Loktionov 2010).

Biology. Inhabits different biotopes: sandy-stone shores along rivers, glades in broad-leaved forest, sandy shores beside the sea, and also steppe areas.

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 50 – 56. Male genitalia, ventral view. 50. Arachnospila (Ammosphex) orientausa sp. nov., holotype. 51. A. (A.) yasumatsui. 52. A. (A.) wolfi, holotype. 53. A. (A.) belokobylskii sp. nov., holotype. 54. A. (A.) dschingis. 55. A. (A.) rasnitsyni sp. nov., holotype. 56. A. (A.) subvittata, lectotype (56 from Lelej & Loktionov 2010). Scale bar 0.5 mm.

FIGURES 67 – 76. 67 – 75. Clypeus of female, frontal view; 76. Metapostnotum, dorsal view. 67. Arachnospila (Ammosphex) orientalis sp. nov., paratype. 68. A. (A.) rasnitsyni sp. nov., paratype. 69. A. (A.) mongolica. 70. A. (A.) subvittata. 71. A. (A.) tobiasi sp. nov., paratype. 72. A. (A.) trivialis. 73. A. (A.) wolfi. 74. A. (A.) yasumatsui. 75, 76. A. (A.) zonsteini sp. nov., paratype.

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.