taxonID	type	description	language	source
6C333644FF91FF8BFF22FF14FBEAFB9E.taxon	description	(Figs 1 – 35, 70 – 72)	en	Morozov, Pavel S., Prozorov, Alexey M., Korb, Stanislav K., Shovkoon, Dmitry F., Gorbunov, Pavel Y., Müller, Günter C., Saldaitis, Aidas, Yakovlev, Roman V. (2023): Notes on Central Asian Furcula with description of a new species. Zootaxa 5319 (3): 373-388, DOI: 10.11646/zootaxa.5319.3.4, URL: http://dx.doi.org/10.11646/zootaxa.5319.3.4
6C333644FF91FF8BFF22FF14FBEAFB9E.taxon	description	Below, in the same publication, Schintlmeister (1998) described two new Central Asian species: F. gorbunovi from the mountains of Tajikistan and Uzbekistan and F. mimonovi from the lowlands along the rivers Vakhsh, Amu Darya and Syr Darya. Both were placed into the bifida - group characterized by the pointed apex of costal process of valva. No diagnostic differences between F. gorbunovi and F. mimonovi were mentioned in the original description or later (Schintlmeister, 2008). We also couldn’t find any stable external characters to distinguish F. gorbunovi (Figs 17 – 25) from F. minonovi (Figs 8 – 16) because of an external variability of specimens collected even in the same localities (Figs 14 – 16). Males from the valleys of Vakhsh, Syr Darya and Amu Darya rivers, Gissar and Darvaz mountains and western Pamir, including the type localities of F. gorbunovi and F. mimonovi, showed no significant differences in genitalia (Figs 26 – 31). Although, we had no males from northeastern Afghanistan at our disposal to compare with F. gorbunovi and F. mimonovi, we did compare the females. Genitalia of the female holotype of F. terminata (Fig. 4), another female from Afghanistan (Fig. 6), and paratype female of F. mimonovi (Fig. 5) are very much alike the females from Uzbekistan (Fig. 32), Kazakhstan (Fig. 33), and Tajikistan (Figs 34 – 35). In summary, dissection of the holotype female of F. terminata helped to prove it is conspecific with F. gorbunovi and F. mimonovi (Fig. 70, blue), while F. terminata sensu Schintlmeister is described below as Furcula victoria sp. n. (Fig. 70, red). 2. The female holotype of F. terminata in the collection of ZSM is mislabeled as “ ssp. nuristana Wiltshire, ” “ Holotype. ” The taxon Harpyia pulcherrima nuristana Wiltshire, 1958 was described in the same publication with F. terminata, and it is presently considered to be a synonym of Neoharpyia pulcherrima (Brandt, 1938) (Schintlmeister, 1989; 2008). To avoid future misunderstandings, we will add the correct identification label “ Harpyia lanigera f. terminata Wiltshire ” to the female. Redescription. Male (Figs 3, 8, 11, 14 – 17, 21 – 22). Flagellum covered with white scales, rami dark brown or black. Head white. Thorax mesally has black and white or brown and white speckled pattern with yellow scales. Abdomen white with brown or black stripes developed between abdominal sclerites or almost completely brown or black. Forewing. Forewing length: 16 – 19 mm; wingspan: 31 – 45 mm. Elongated ellipsoid, apex rounded, outer margin smooth. Background color white, yellowish or creamy. Pattern dark brown or black with rare yellow scales, consist of: speckled antemedial band of sand glass shape, sometimes mesally split, laterally accompanied by fragmented lines; discal mark; medial field with more or less developed speckled pattern; doubled crenulated postmedial line; crenulated external line with dark speckled apical field. Fringe white with black spots. Hindwing. Somewhat triangular. Background color white or yellowish with dark discal spot, anal spot and spots present along external margin. Genitalia (Figs 7, 26 – 31). Uncus beak-shaped with pointed apex, loosely covered with setae. Socii hardly sclerotized and grown together into hoof-shaped structure, loosely covered with setae. Tegumen fused, forming a band. Valva semioval, membranous, unevenly covered with setae of variable length, sacculus sclerotized, costa bears half-connected sclerotized fingerlike ridge with pointed apex. Juxta a band fused to vinculum. Aedeagus sickle-shaped with widened phallobase. Vesica long, spiral, distally narrowed. Eighth sternite oval, caudal margin may have medial concavity. Eighth tergite somewhat oval. Female (Figs 1 – 2, 9 – 10, 12 – 13, 18 – 20, 23 – 25). Similar to male but bigger and antenna pectinations much shorter. Forewing length: 20 – 22 mm; wingspan: 36 – 44 mm. Genitalia (Fig. 4 – 6, 32 – 35). Papillae anales crescent-shaped, densely covered with setae. Posterior and anterior apophyses short, about the same length. Sterigma hardly sclerotized, lamella antevaginalis somewhat V-shaped with well-developed antrum. Ductus bursae spiral, about the length of corpus bursae. Corpus bursae large, egg-shaped. Variability. Background color of wings may be white (Fig. 14), yellowish (Fig. 13) or creamy (Fig. 12); maculation may be black (Fig. 23) or dark brown (Fig. 20). Abdomen may have brown stripes (Fig. 16) or be completely brown (Fig. 18) or black (Fig. 23). Antemedial band may be continuous (Figs 10, 17) or incomplete (Fig. 16). Medial field may have almost no pattern (Figs 12, 20) or be almost completely black (Fig. 16).	en	Morozov, Pavel S., Prozorov, Alexey M., Korb, Stanislav K., Shovkoon, Dmitry F., Gorbunov, Pavel Y., Müller, Günter C., Saldaitis, Aidas, Yakovlev, Roman V. (2023): Notes on Central Asian Furcula with description of a new species. Zootaxa 5319 (3): 373-388, DOI: 10.11646/zootaxa.5319.3.4, URL: http://dx.doi.org/10.11646/zootaxa.5319.3.4
6C333644FF91FF8BFF22FF14FBEAFB9E.taxon	diagnosis	Diagnosis. Furcula aeruginosa petri (Figs 51 – 53) is smaller than F. terminata (Figs 8 – 25), has shorter forewings and more or less a pronounced creamy background color, while the background color of F. terminata is usually white or yellowish, rarely creamy (Fig. 12); costal process of valva with dents (Figs 61 – 62), while F. terminata has no dents (Figs 26 – 31); lamella antevaginalis has smaller medial concavity and smaller antrum (Fig. 67), while F. terminata has larger antrum (Figs 32 – 35). Furcula bifida (Figs 54 – 56) has a wide antemedial band on forewing and a varying pronounced dark external field on the hindwing, which may be brown, while the antemedial band of F. terminata often narrows medially or is discontinuous and the external field is not as pronounced (Figs 8 – 25); F. bifida has a paired semioval signum (Fig. 68), while F. terminata does not (Figs 32 – 35). Furcula danieli (Figs 57 – 59) has a creamy background color instead of white or yellowish of F. terminata (Figs 8 – 25); antrum basally narrower (Fig. 69), while in F. terminata it is wider (Figs 32 – 35). Furcula victoria sp. n. (Figs 36 – 38, 42 – 50) is overall paler than F. terminata (Figs 8 – 25); the costal process of valva with dents (Figs 39 – 40), while that of F. terminata lacks dents (Figs 26 – 31); the lamella antevaginalis has a smaller medial concavity and a smaller antrum (Figs 41, 66) than F. terminata (Figs 32 – 35).	en	Morozov, Pavel S., Prozorov, Alexey M., Korb, Stanislav K., Shovkoon, Dmitry F., Gorbunov, Pavel Y., Müller, Günter C., Saldaitis, Aidas, Yakovlev, Roman V. (2023): Notes on Central Asian Furcula with description of a new species. Zootaxa 5319 (3): 373-388, DOI: 10.11646/zootaxa.5319.3.4, URL: http://dx.doi.org/10.11646/zootaxa.5319.3.4
6C333644FF91FF8BFF22FF14FBEAFB9E.taxon	distribution	Distribution (Fig. 70). Afghanistan, Southern Kazakhstan, Tajikistan, Turkmenistan, Uzbekistan.	en	Morozov, Pavel S., Prozorov, Alexey M., Korb, Stanislav K., Shovkoon, Dmitry F., Gorbunov, Pavel Y., Müller, Günter C., Saldaitis, Aidas, Yakovlev, Roman V. (2023): Notes on Central Asian Furcula with description of a new species. Zootaxa 5319 (3): 373-388, DOI: 10.11646/zootaxa.5319.3.4, URL: http://dx.doi.org/10.11646/zootaxa.5319.3.4
6C333644FF91FF8BFF22FF14FBEAFB9E.taxon	biology_ecology	Biology. Inhabits various landscapes from lowland riparian woodland up to the mountains along Pyandzh, Amu Darya, and Syr Darya rivers (Figs 71 – 72). Occurs up to 2,210 meters a. s. l. It flies in two generations from April to August in lowlands, while it is likely to be monovoltine in the mountains. Larvae could feed on Salix sp. under lab conditions (recorded for F. mimonovi; Schintlmeister, 1998).	en	Morozov, Pavel S., Prozorov, Alexey M., Korb, Stanislav K., Shovkoon, Dmitry F., Gorbunov, Pavel Y., Müller, Günter C., Saldaitis, Aidas, Yakovlev, Roman V. (2023): Notes on Central Asian Furcula with description of a new species. Zootaxa 5319 (3): 373-388, DOI: 10.11646/zootaxa.5319.3.4, URL: http://dx.doi.org/10.11646/zootaxa.5319.3.4
6C333644FF91FF8BFF22FF14FBEAFB9E.taxon	materials_examined	Examined type material: ♀ holotype of F. terminata, NO Afghanistan, Badakhschan, Kokschatal, Faizabad, 1450 m, 7. VIII. 1953, leg. Klapperich, slide Notod- 1 (ZSM); Ô, paratype of F. gorbunovi, Tajikistan, Gissar mts, Ramit, 38 ° 25 ’ N, 69 ° 20 ’ E, 25. IV. 1988, leg. O. Gorbunov (ZISP); Ô, paratype of F. gorbunovi, Tajikistan, Gissar mts, Ramit, 38 ° 25 ’ N, 69 ° 20 ’ E, 25. IV. 1988. leg. O. Gorbunov, slide 2022 0122 (MWM / ZSM); ♀, paratype of F. mimonovi, [Uzbekistan] Karakalpakia, Takhtakupyr, 08. VI. 1988, leg. Mimonov (ZISP); ♀, paratype of F. mimonovi, [Kazakhstan] Tschimkent, Tschardara, Syrdarya river, 200 m, 22 – 25. V. 1996, leg. V. Lukhtanov, slide 2022 0123 (MWM / ZSM). Additional material. Kazakhstan: ♀, [Kazakhstan, Kyzylorda] Turkestan, Syr-Darja, Perowsk, slide 1995 (ZSM); Ô, [Kyzylorda] Perovsk, Syrdarya river, 07. IV. 1909, leg. E. Miller (ZMMU); ♀, [Kyzylorda] Perovsk, Syrdarya river, 24.04.1909, leg. S. K. Schell (ZMMU); ♀, Baigakum station, Syrdarya river, 19. IV. 1908, leg. Malyschew (ZISP); Ô, 40 km SW Turkestan, Syrdarya river, Tugay forest, 05. V. 1994, leg. V. Zolotuhin (CGSP); 11 Ô, 2 ♀, Syrdarya river valley, 10 km SE Bairkum village, tugay forest, 42 ° 12 ’ N, 68 ° 14 ’ E, 200 m, 16. IV. 2018, leg. P. Gorbunov, slides G 0271, G 0272 (CPMM); 6 Ô, Kyzylorda region, Syrdarya river, 44 ° 24 ’ 377 ” N, 66 ° 16 ’ 301 ” E, 142 m, 25. IV. 2017, leg. D. F. Shovkoon, (CPMM); 3 Ô, Kyzylorda region, Syrdarya river, 128 m, 44 ° 24 ’ 418 ” N, 66 ° 16 ’ 401 ” E, 25. IV. 2019. leg. D. F. Shovkoon (CPMM); 7 Ô, [Taraz] Djambul, 24. IV. 1986, leg. M. Bouma (CASD). Uzbekistan: ♀, Vakhshivar, Baisuntau mts, 1450 m, 2 – 10. V. 1977, leg. A. Nekrasov (ZISP); ♀, [Surkhandarinskyi distr.] Uzun, 30. V. 1963 (ZMMU); ♀, Surkhandarinskyi distr., Dzharkurgan, 14. III. 2002, leg. O. Legezin (CGSP); 3 Ô, 3 ♀, Karakalpakstan, Takhtakupyr, 18. VI. 1984, leg. E. V. Mimonov, slides G 0273, G 0274 (CPMM); 3 ♀, West Hissar Gebirge, Sangardak, Denau, 1200 m, 8. V. 1999, leg. O. Legezin (CASD). Tajikistan: ♀, Gissar Mts, Kondara gorge, 21. VI. 1968, leg. A. Tsvetayev (ZMMU); ♀, Yavroz, river Kafirnigan gorge, 1000 – 1200 m, 20 – 30. V. 1979, leg. A. Nekrasov (ZISP); Ô, ♀, Peter I range, Khingob river, 7 km E Tavildara, 38 ° 43 ’ 512 ” N, 70 ° 32 ’ 679 ” E, 1712 m, 25. V. 2017, leg. Benedek & Ilniczky (CPMM); Ô, Darvaz, Gonishou, Darai-Nazarak, 10 – 11. VI. 2011, leg. A. Zubov, slide G 0276 (CPMM); ♀, Darvaz, Khozratishoh, Sary-Chashma, 6 – 9. VIII. 2012. leg. O. Legezin, slide G 0267 (CPMM); Ô, Ramit, 11. V. 1986, leg. A. Devyatkin (CPMM); Ô, ♀, Darvaz, Khozratishoh, 1400 m, 4 – 7. V. 2012, leg. Zubov (CPMM); 4 Ô, Darvaz, Peter I range, Childara gorge, 1790 m, 38 ° 50 ’ 12 ” N, 70 ° 19 ’ 9 ” E, 7 – 8. VII. 2019, leg. R. Yakovlev & H. Sulak, slides G 0342, G 0344, G 0345 (CPMM); 2 Ô, Darvaz, Peter I range, Lyulya-Kharvi, 2000 m, 38 ° 51 ’ 35 ” N, 70 ° 48 ’ 54 ” E, 9 – 10. VII. 2019, leg. R. Yakovlev & H. Sulak, slide G 0343 (CPMM); ♀, Western Pamir, Vanch range, Torsher village, 2210 m, 38 ° 32 ’ 58 ” N, 71 ° 45 ’ 37 ” E, 15 – 16.07.2019, leg. R. Yakovlev & H. Sulak, slide G 0348 (CPMM); ♀, Tigrovaya Balka nature reserve, 29. IV. 1965, leg. A. Tsvetayev (ZMMU); Ô, Khatlon, Vakhsh river, Tigrovaya Balka nature reserve, 37 ° 01 ’ 001 ” N, 68 ° 30 ’ 147 ” E, 327 m, 20. V. 2017, leg. Benedek & Ilniczky, slide G 0275 (CPMM); ♀, Khatlon, Vakhsh river, 5 km NNE Tojikabad village, 37 ° 35 ’ 780 ” N, 68 ° 32 ’ 330 ” E, 363 m, 1. VI. 2017. leg. Benedek & Ilniczky slide G 0276 (CPMM); ♀ Tajikistan, Vakhsh river, Garauti village, near Tigrovaya Balke reserve, 37 ° 36 ’ N, 68 ° 32 ’ E, 250 m, tugay forest, 2. VIII. 2013, leg. O. Pak (CPMM); 3 ♀, Tigrowaja Balka, 15. VII – 25. VIII. 2000, leg. A. Bergmann (CASD); ♀, Tigrowaja Balka, 1 – 10. VIII. 2000 (CASD); 10 Ô, 4 ♀, Dushanbe, 1. V. 1965, 7. V. 1969, 30. VIII. 1963, 25. VII. 1963, 5. IV. 1970, 17. IV. 1969, leg. Schyotkin (CASD); 2 Ô, Stalinabad, 28. IV. 1968, 29. IV. 1968, leg. Schyotkin (CASD); ♀, Anzob, viii. 1991, leg. M. Bouma (CASD); Ô, Kondara, 1100 m, 12. viii. 1959, leg. V. Djegraeva (CASD); 2 Ô, ♀, Gissar, Gushary, 1350 m, 14. V. 1965, 17. VII. 1966, leg. Schyotkin (CASD); Ô, Karategin, Schl. Sangikar, 1700 m, 29. V. 1972, leg. Schyotkin (CASD); 8 ÔÔ, Khosratishoh Mts., Shuroabad, 2100 m, 38 ° 08 ’ N, 70 ° E, 4 – 6. IX. 1999, leg. Yu. Shtetkin, genitalia slide GU 76 - 100 (CASD). Afghanistan: ♀, N Afghanistan, prov. Badakhshan, Khwakhan (Darvaz), 1000 m, 31. VII. 1972, leg. Brade & Naumann, slide Notod- 2 (ZSM).	en	Morozov, Pavel S., Prozorov, Alexey M., Korb, Stanislav K., Shovkoon, Dmitry F., Gorbunov, Pavel Y., Müller, Günter C., Saldaitis, Aidas, Yakovlev, Roman V. (2023): Notes on Central Asian Furcula with description of a new species. Zootaxa 5319 (3): 373-388, DOI: 10.11646/zootaxa.5319.3.4, URL: http://dx.doi.org/10.11646/zootaxa.5319.3.4
6C333644FF94FF80FF22FB54FAFAFC9A.taxon	description	(Figs 36 – 50, 60, 66, 74 – 75) Schintlmeister, 1998: 85, 2008: 130 as F. terminata (in part).	en	Morozov, Pavel S., Prozorov, Alexey M., Korb, Stanislav K., Shovkoon, Dmitry F., Gorbunov, Pavel Y., Müller, Günter C., Saldaitis, Aidas, Yakovlev, Roman V. (2023): Notes on Central Asian Furcula with description of a new species. Zootaxa 5319 (3): 373-388, DOI: 10.11646/zootaxa.5319.3.4, URL: http://dx.doi.org/10.11646/zootaxa.5319.3.4
6C333644FF94FF80FF22FB54FAFAFC9A.taxon	materials_examined	Holotype: Ô, [Kyrgyzstan], Kirgisia, Moldatoo Mts, 120 km W Naryn, Tschen-Konduk, 1800 – 2000 m, 27 – 28. VI. 1995, leg. V. Lukhtanov, slide 2022 0002 (MWM / ZSM). Paratypes (168 Ô, 25 ♀). Kyrgyzstan: 6 Ô, Moldatoo Mts, 120 km W Naryn, Tschen-Konduk, 1800 – 2000 m, 27 – 28. VI. 1995, leg. V. Lukhtanov (MWM / ZSM); 13 Ô, Naryn-Suusamyr Mts., Kekemeren, 1500 m, 6 – 7. VII. 1996, leg V. Lukhtanov, slide 2022 0001 (MWM / ZSM); Ô, Mts, Komeen riv., 2100 m, 9 – 13. VI. 1994, leg. Toropov, slide 2022 0003 (MWM / ZSM); 3 Ô, Tianshan, Moldotau, Akta, 1800 m, 6. VII. 1993 slide 2022 0004 (MWM / ZSM); Ô, Kekemere, 6 km W Arnok, 41 ° 44 ’, 74 ° 08 ’, 14 – 17. VII. 1994 (MWM / ZSM); Ô, Kekemere, 6 km W Arnok, 41 ° 44 ’ N, 74 ° 08 ’ E, 14 – 17. VII. 1994 (MWM / ZSM); Ô, Tianshan / Moldotau, Aktal, 1800 m, 6. VII. 1993 (ZISP); Ô, Arslanbob, Baubashata mts., 1550 m, 10 – 27. V. 1978, А. Nekrasov (ZISP); Ô, Tianshan / Moldotau, Aktal, 1800 m, 6. VII. 1993 (CGMF); 7 Ô, Naryn-Suusamyr Mts., Kekemeren, 1500 m, 6 – 7. VII. 1996, leg V. Lukhtanov (CGMF); Ô, Susamyr Mts, Komeen riv., 2100 m, 9 – 13. VI. 1994 (CGMF); Ô, Naryn, Kulamak, 2000 m, 5 – 10. VI. 1992 (CGMF); Ô, ♀, Narynskaya — Gebiet, Chrebet Akschijrak, Teke — Ujuk, 25. VI. 1996, leg. V. Lukhtanov (CGMF); ♀, Susamyrskij Chrebet, Fluss Kobik, 2200 m, 9. VII. 1996, leg. V. Lukhtanov (CGMF); 2 Ô, Naryn, Teke-Ujuk, Ak Schiirak Mts, 1900 m, 26 – 30. VI. 1996, leg. V. Lukhtanov (CGMF); 2 Ô, Talasskij Chrebet, Fluss Chichkan, 1700 m, 5. VII. 1999, leg. I. Pluschtch (CGMF); Ô, Kurgizskyi Mts, S slopes, Karakol r., Balykty r., 2500 m, 12. VII. 1999 (CGMF); Ô, Mts Kitshik-Alaj, fluv. Isfajram-Saj, 2750 m, 14 – 19. VII. 1999, leg. E. Rutjan (CGMF); Ô, Talas mts, Tchytchkan river, 1700 m, 11. VI. 1996. I. Pljushtch lg. (CGSP); ♀, Chatkalskyi mts., Arkit, VIII. 1983, S. V. Murzin, (CGSP); 3 Ô, ♀, Chatkalskii Mt. range, Besh-Aral Reserve, Ters river valley, 1650 m, 41 ° 35 ’ N, 70 ° 40 ’ E, 22. VI. 2019, leg. P. Gorbunov (CPMM); 2 Ô, Suusamyrtoo Mts., Karakol river valley 3,6 km N of Kyzyl-Oi, 41 ° 59.211 ’ N, 74 ° 09.396 ’ E, 1808 m, 26. VII. 2016, leg. S. K. Korb (CPMM); Ô, Dzhumgaltoo Mts., Sary-Kaiky Mt, right shore of Karakol river, 42 ° 11.399 ’ N, 74 ° 03.193 ’ E, 2093 m, 17. VII. 2015, leg. S. K. Korb (CPMM); Ô, ♀, Dzhumgaltoo Mts., Sary-Kaiky Mt, right shore of Karakol river, 42 ° 11.399 ’ N, 74 ° 03.193 ’ E, 2093 m, 25. VII. 2016, leg. S. K. Korb (CPMM); Ô, Dzhumgaltoo Mts., Sary-Kaiky Mt, right shore of Karakol river, 42 ° 11.399 ’ N, 74 ° 03.193 ’ E, 2093 m, 26. VII. 2019, leg. S. K. Korb (CPMM); Ô, ♀, Inner Tian-Shan, Moldo-Too Mts, Koro-Goo Pass, 10. VII. 2014, leg. S. K. Korb (CPMM); ♀, Naryn reg., Ak-Kyia village, 40 ° 39.388 ’ N, 73 ° 35.9808 ’ E, 15. VII. 2018, leg. S. K. Korb (CPMM); Ô, inner Tian Shan, Naryn river valley, Kazarman vic., 1550 m., 05 – 07. VIII. 2008, leg. A. Sochivko (CPMM); Ô, Alai Mts., Ak-Bura riv., 1,5 km S MaidanTal mouth, 2000 m, 25. VI. 2008, leg. A. Sochivko (CPMM); 5 Ô, ♀, Fergansky Mts., 15 km NE Kazarman, Naryn river, left bank, 41 ° 30 ’ 46.55 ” N, 73 ° 55 ’ 36.91 ” E, 1223 m, 21 – 22. IV. 2023, leg. S. K. Korb (CPMM); 14 Ô, ♀, Moldo-Too Mts., 7 km E of Kyzyl-Korgon, 41 ° 43 ’ 43.08 ” N, 74 ° 16 ’ 38.54 ” E, 1491 m, 23 – 24. IV. 2023, leg. S. K. Korb (CPMM); ♀, Alaiskyi mts., Osh vicinity, 29. VII. 1977, А. Kuzyakin (ZMMU); 2 Ô, ♀, Batken reg., Alai range, KaraShoro vill. env., Ak-Suu river env., 39 ° 54.01.3 ’ N, 71 ° 38.15.3 ’, 2040 m, 1 – 3. VII. 2022, leg. M. Dvorak (CASV); 5 Ô, Osh reg., Alai range, Tuyuk-Suu Mt., Chal-Kuyruk riv. env., 39 ° 58.54.8 ’ N, 73 ° 0.57.50 ’, 2080 m, 6 - 10. VII. 2022, leg. M. Dvorak (CASV); 3 Ô, Dzhumgaltoo Mts., Kekemeren, near Kozhomkul, 1800 m, 1 – 12. VII. 2021, leg. S. K. Korb (CSKB); 2 Ô, ♀, Moldo-Too Mts, near Koro-Goo Pass, 41 ° 31 ’ 39 ” N, 74 ° 45 ’ 49 ” E, 2000 m, 14. VII. 2021, leg. S. K. Korb (CSKB); ♀, Moldo-Too Mts, near Koro-Goo Pass, 2000 m, 25 – 26. VII. 2021, leg. S. K. Korb (CSKB); 2 Ô, Moldo-Too Mts., 7 km E of Kyzyl-Korgon, 1491 m, 41 ° 43 ’ 43.08 ” N, 74 ° 16 ’ 38.54 ” E, 23 – 24. IV. 2023, leg. S. K. Korb (CSKB); 2 Ô, Chatkal Mt. Range, Vrabat-Sai river near Chap-Chima Pass, 41 ° 33 ’ N, 70 ° 43 ’ E, 1870 m, 10. VII. 2022, leg. P. Gorbunov (CPGE); 4 Ô, Moldo Too, Ashuu, 41 ° 34 ’ 25 ” N, 75 ° 01 ’ 12 ” E, 1995 m, 17. VII. 2015, leg. B. May (CBMM); Ô, Chüy Oblasti, inner Tian Shan, Suusamyr valley, 42 ° 08 ’ 4.107 ” N, 73 ° 50 ’ 58.554 ” E, 2214 m, 16 – 17. VI. 2022, leg. N. Keil (CNKD); 2 Ô, Chüy Oblasti, inner Tian Shan, Suusamyr valley, 42 ° 08 ’ 4.107 ” N, 73 ° 50 ’ 58.554 ” E, 2214 m, 16 – 17. VI. 2022, leg. D. Bolt (CDBS); 3 Ô, ♀, Naryn r. vall., Kazarman vic., 1400 m, 21. VII. 2000, leg. S. Churkin (CASD); 12 Ô, Moldotau, Aktal, 1800 m, 6. VII. 1993, genitalia slide Ô GU 23 - 70 (CASD); ♀, Kekemeren river, 12 km NE Arnok, 41 ° 47 ’, 74 ° 16 ’, 18. VII. 1994, leg. K. Spatenka (CASD); 2 Ô, 6 km W Arnok, 14 – 17. VII. 1994 (CASD); 9 Ô, 6 ♀, Moldatoo, 120 km W Naryn, Tschen-Konduk, 1800 – 2000 m, 27 – 28. VI. 1995, leg. V. Lukhtanov (CASD); 2 Ô, Alaiskii chrebet, c. Iordan, 1600 m, 19. VII. 1984, leg. V. Murzin (CASD); Ô, Alai, river Dugoba, Iordan, 15. VII. 1987, leg. V. Murzin (CASD); 3 Ô, Tchatkal River (upper part), 2200 m, 28. VI. 1998, leg. I. Plyushtch (CASD); 11 Ô, Naryn-Suusamyr Mts., Kekemeren, 1500 m, 6 – 7. VII. 1996, leg V. Lukhtanov (CASD); 10 Ô, Naryn, Teke-Ujuk, Ak-Schiirak Mts., 1900 m, 26 – 30. VI. 1996, leg V. Lukhtanov (CASD); Ô, Naryn, Dshumgol Mts., Tschaele, 1500 – 2000 m, 1 – 2. VII. 1995 leg V. Lukhtanov (CASD); Ô, Alai Mts., Tengiz bai, 2200 m, 27. VII. 1994 (CASD); Ô, Osh, 11. V. 1990, genitalia slide GU 22 - 65 (CASD); Ô, ♀, Arkit, 12. VIII. 1967, genitalia slide Ô GU 22 - 63, ♀ GU 22 - 82 (CASD); Ô, Ak-tash, Sandalash Mt. - range, 1. VII. 1998, leg. Dolin (CASD); Ô, Issyk Atai, 2200 m, 26. VIII. 1995 (CASD); 2 Ô, Susamyr Mts., Komeen river, 2100 m, 9 – 13. VI. 1994. leg. Toropov (CASD). Uzbekistan: Ô, [Tura-Kurgon] Tura, A. Wilkins (ZISP); Ô, Margilan, 5. VIII (ZISP); ♀, Tashkent, P. Beliajev (ZISP); 2 Ô, ♀, Tschatkalski Chrebet, Perewal Kamschik, 2000 m, 6 – 9. VII. 1987, leg. P. Salk, genitalia slide ♀ GU 22 - 80 (CASD); 4 Ô, ♀, Almas, 800 m, 2 – 18. VII. 1988, leg. P. Salk, genitalia slide Ô GU 22 - 55 (CASD); Ô, Fergana, Skobelev, 18. V. 1918, leg. K. Malyshev (CASD).	en	Morozov, Pavel S., Prozorov, Alexey M., Korb, Stanislav K., Shovkoon, Dmitry F., Gorbunov, Pavel Y., Müller, Günter C., Saldaitis, Aidas, Yakovlev, Roman V. (2023): Notes on Central Asian Furcula with description of a new species. Zootaxa 5319 (3): 373-388, DOI: 10.11646/zootaxa.5319.3.4, URL: http://dx.doi.org/10.11646/zootaxa.5319.3.4
6C333644FF94FF80FF22FB54FAFAFC9A.taxon	description	Description. Male (Figs 36 – 37, 42 – 46, 48). Flagellum covered with white scales, rami dark brown or black. Head white. Thorax mesally has black and white speckled pattern with yellow scales. Abdomen white with brown or black stripes developed between abdominal sclerites. Forewing. Forewing length: 17 – 20 mm; wingspan: 36 – 42 mm. Elongated ellipsoid, apex rounded, outer margin smooth. Background color white or yellowish. Pattern dark brown or black with rare yellow scales, consist of: speckled antemedial band of hourglass shape, sometimes mesally discontinuous, laterally accompanied by fragmented lines; discal mark; medial field with more or less developed speckled pattern; doubled crenulated postmedial line; crenulated external line with dark speckled apical field. Fringe white with black spots. Hindwing. Somewhat triangular. Background color white or yellowish with dark discal spot, external field and spots along external margin. Genitalia (Figs 39 – 40, 60). Uncus beak-shaped with pointed apex, loosely covered with chaetae. Socii hardly sclerotized and grown together into hoof-shaped structure, loosely covered with chaetae. Tegumen and vinculum a fused band. Valva semioval, membranous, unevenly covered with setae of variable length, ventrally basally sclerotized, dorsally bears half-connected sclerotized fingerlike ridge with dents apically. Juxta a band fused to vinculum. Aedeagus sickle-shaped with widened phallobase. Vesica long, spiral, caudally narrowed. Eighth sternite oval, caudal margin with medial concavity. Eighth tergite somewhat oval. Female (Figs 38, 47, 49 – 50). Similar to male but bigger and antenna pectinations much shorter. Forewing length: 21 – 22 mm; wingspan: 43 – 46 mm. Genitalia (Figs 41, 66). Papillae anales crescent-shaped, densely covered with setae. Posterior and anterior apophyses about the same length. Sterigma hardly sclerotized, lamella antevaginalis with medial concavity, antrum small. Ductus bursae spiral, about the length of corpus bursae. Corpus bursae large, egg-shaped. Variability. Background color of wings may be white (Figs 42, 47) or yellowish (Figs 46, 49); pattern may be black (Figs 42, 47) or dark brown (Figs 45, 49). Abdomen has brown (Figs 45, 49) or black stripes (Figs 43, 50). Antemedial band may be continuous (Figs 44, 50) or discontinuous (Figs 42, 49).	en	Morozov, Pavel S., Prozorov, Alexey M., Korb, Stanislav K., Shovkoon, Dmitry F., Gorbunov, Pavel Y., Müller, Günter C., Saldaitis, Aidas, Yakovlev, Roman V. (2023): Notes on Central Asian Furcula with description of a new species. Zootaxa 5319 (3): 373-388, DOI: 10.11646/zootaxa.5319.3.4, URL: http://dx.doi.org/10.11646/zootaxa.5319.3.4
6C333644FF94FF80FF22FB54FAFAFC9A.taxon	diagnosis	Diagnosis. Furcula aeruginosa petri (Figs 51 – 53) is smaller than F. victoria sp. n., has shorter forewings and more or less pronounced creamy background color, while F. victoria sp. n. is white or yellowish (Figs 42 – 50). Furcula bifida (Figs 54 – 56) has a wide antemedial band on the forewing and may have a more or less pronounced dark external field on hindwing, which may be brown, while the antemedial band of F. victoria sp. n. often narrows medially or is discontinuous and the external field is not as pronounced (Figs 42 – 50); the costal process of valva lacks dents (Fig. 63) in F. bifida, while F. victoria sp. n. has dents (Fig. 60); F. bifida has a paired semioval signum (Fig. 68), while F. victoria sp. n. does not (Fig. 66). Furcula danieli (Figs 57 – 59) has creamy background color, while F. victoria is white or yellowish (Figs 42 – 50); and the costal process of valva is without dents (Figs 64 – 65), while F. victoria sp. n. has dents (Fig. 60); the lamella antevaginalis is bigger (Fig. 69) than of F. victoria sp. n. (Fig. 66). Furcula terminata (Figs 8 – 25) is overall darker than F. victoria sp. n. (Figs 42 – 50); its lamella antevaginalis has a deeper medial concavity and larger antrum (Figs 32 – 35) than that of F. victoria sp. n. (Figs 41, 66).	en	Morozov, Pavel S., Prozorov, Alexey M., Korb, Stanislav K., Shovkoon, Dmitry F., Gorbunov, Pavel Y., Müller, Günter C., Saldaitis, Aidas, Yakovlev, Roman V. (2023): Notes on Central Asian Furcula with description of a new species. Zootaxa 5319 (3): 373-388, DOI: 10.11646/zootaxa.5319.3.4, URL: http://dx.doi.org/10.11646/zootaxa.5319.3.4
6C333644FF94FF80FF22FB54FAFAFC9A.taxon	etymology	Etymology. The new species is dedicated to Ms Victoria Morozova, a daughter of the senior author.	en	Morozov, Pavel S., Prozorov, Alexey M., Korb, Stanislav K., Shovkoon, Dmitry F., Gorbunov, Pavel Y., Müller, Günter C., Saldaitis, Aidas, Yakovlev, Roman V. (2023): Notes on Central Asian Furcula with description of a new species. Zootaxa 5319 (3): 373-388, DOI: 10.11646/zootaxa.5319.3.4, URL: http://dx.doi.org/10.11646/zootaxa.5319.3.4
6C333644FF94FF80FF22FB54FAFAFC9A.taxon	distribution	Distribution (Fig. 70). Tian Shan and Alay Range in Kyrgyzstan and Uzbekistan. Korb et al. (2017) recorded the species for the fauna of Kyrgyzstan as F. terminata.	en	Morozov, Pavel S., Prozorov, Alexey M., Korb, Stanislav K., Shovkoon, Dmitry F., Gorbunov, Pavel Y., Müller, Günter C., Saldaitis, Aidas, Yakovlev, Roman V. (2023): Notes on Central Asian Furcula with description of a new species. Zootaxa 5319 (3): 373-388, DOI: 10.11646/zootaxa.5319.3.4, URL: http://dx.doi.org/10.11646/zootaxa.5319.3.4
6C333644FF94FF80FF22FB54FAFAFC9A.taxon	biology_ecology	Biology. Adults (Figs 74 – 75) were collected with light traps from April to August at altitudes between 1,400 and 2,300 meters a. s. l. but mainly between 1,600 and 1,800 meters (Fig. 73). It probably flies in two generations like F. terminata. Preimaginal stages are unknown. Local species of Salix and Populus could be the host plants.	en	Morozov, Pavel S., Prozorov, Alexey M., Korb, Stanislav K., Shovkoon, Dmitry F., Gorbunov, Pavel Y., Müller, Günter C., Saldaitis, Aidas, Yakovlev, Roman V. (2023): Notes on Central Asian Furcula with description of a new species. Zootaxa 5319 (3): 373-388, DOI: 10.11646/zootaxa.5319.3.4, URL: http://dx.doi.org/10.11646/zootaxa.5319.3.4
