Harpyrhynchoides Fain, 1972

Bochkov, Andre V, Oconnor, Barry M. & Klompen, Hans, 2015, A review of the mite subfamily Harpirhynchinae (Acariformes: Harpirhynchidae) — parasites of New World birds (Aves: Neognathae), Zootaxa 4023 (1), pp. 1-130 : 63-66

Key to species of the genus Harpyrhynchoides Fain, 1972

(females)

*—species occurring in New World.

♠—females of these species weakly differing from each other, so male characters added to key. Harpyrhynchoides longipilus (Banks, 1905) and Harpyrhynchoides vercammeni (Lawrence, 1959) are insufficiently described and not included in this key.

Females of Harpyrhynchoides asio ( Fain, 1972) and Harpyrhynchoides capitatus ( Fain, 1976) are unknown.

1. Leg IV with 1 articulated segment (Species complex B)..................................................... 30

- Legs IV with 2 articulated segments (Species complex A).................................................... 2

2. Preapical articulated segment of leg III with 1 seta......................................................... 10

- Preapical articulated segment of leg III with 2 setae......................................................... 3

3. Palpalae l”G longer than dF, serrate filiform. Genua I and II with 2 setae (l’ and v’) (Species group alectoris )........... 9

- Palpalae l”G shorter than dF, thickened. Genua I and II with 3 setae (d, l’ and v’) (Species group capellae )............. 4

4. Setae vi present. Setae 1a situated slightly posterior to level of setal bases 1c ..................................... 5

- Setae vi absent. Setae 1a situated slightly anterior to level of setal bases 1c ....... H. actitis sp. nov. * ( Figs. 14 , 15 , 17 A–E)

5. Setae dF and dG subequal in width...................................................................... 7

- Setae dG twice as wide as dF ........................................................................... 6

6. Setae l”G are about 2.5 times longer than dG. Setae dF are 3 times longer than dG. Idiosoma ventrally almost fully striated. Body about 325 long.................................................. H. pluvialis sp. nov. * ( Figs. 16 , 17 F–H)

- Setae l”G not more 2 times longer than dG. Setae dG are 1.5 times longer than dF. Idiosoma ventrally without striations between levels of setal bases 3a and vulvar pocket-like structure. Body 220–240 long................................................................................................ H. phalaropus Bochkov and Galloway, 2013 *

7. Palpalae dF 1.5–2 times longer than dG. Setae h2 subequal to or not more 2.5 times longer than h1 ................... 8

- Palpalae dF and dG subequal in length 70 long, Setae h2 about 4 times longer than h1 .................................................................................................... H. capellae ( Fritsch, 1954) ( Fig. 11 H, I)

8. Lengths of palpalae: dF 15–17, dG and l”G 6–8 long. Palpalae dG and l”G subequal in length. Idiosoma ventrally scarcely

striated.............................................................. H. calidris sp. nov. * ( Figs. 9–11 A–G) - Lengths of palpalae; dF 30-32, dG 20–22, and l”G 12–14. Palpalae dG 1.7 times longer than l”G. Idiosoma ventrally almost completely striated..................................................... H. charadrius sp. nov. * ( Figs. 12 , 13 )

9♠. Body about 360 long. Setae ve about 105 long and si 168 long. Solenidia ω 1 I and ω 1 II about 2 wide. In male: distance g1–g1 about 2.3 times longer than g3–g3; solenidion ω 1 I about 4 wide........................... H. coturnix ( Fain, 1972*)

- Body about 315 long. Setae ve about 125 long and si 210 long. Solenidia ω 1 I and ω 1 II about 1 wide. In male: distance g1–g1 about 3.2 times longer than g3–g3; solenidion ω 1 I about 2 wide............................ H. alectoris ( Fain, 1972)

10. Preapical segment of leg IV with 1 seta.................................................................. 20

- Preapical segment of leg IV without setae................................................................ 11

11. Apical segment of leg IV with 4 setae................................................................... 19

- Apical segment of leg IV with 3 setae................................................................... 12

12. Genua I and II with 3 setae (v” absent).................................................................. 13

- Genua I and II with 4 setae (v” present)................................................... H. tyto ( Fain, 1972)

13. Idiosomal venter with scales or verrucosities, distinctly striated............................................... 17

- Idiosomal venter without scales or verrucosities, weakly striated.............................................. 14

14. Setae h1 present. Setae h2 not less than 15 long............................................................ 16

- Setae h1 absent. Setae h2 less than 10 long.......................................... species group leptoptinus 15

15. Body 315–335 long. Solenidia ω 1 I and ω 1 II 9–10 long and narrow, about 1 wide............ H. puffinus sp. nov. * ( Fig. 25 )

- Body about 360 long. Solenidia ω 1 I and ω 1 II about 6 long and slightly thickened, more than 2 wide................................................................................................... H. leptoptinus ( Fain, 1976)

16. Setae vi reaching beyond posterior margin of dorsal shield. Distances h2–h2 about 1.5 times longer than h1–h1 ............................................................................................. H. oenae ( Fain, 1972)

- Setae vi far not reaching posterior margin of dorsal shield. Distances h2–h2 3–4 times longer than h1–h1 ................................................................................. H. tracheatus ( Fritsch, 1954*) ( Figs. 26–29 )

17. Coxal fields I and II with distinct longitudinal striae. Idiosomal venter with scales in median part between levels of setal bases 1a and 3a. Setae vi and vi subequal..................................................................... 18

- Coxal fields I and II smooth. Idiosomal venter without scales in median part between levels of setal bases 1a and 3a. Setae ve about twice as long as vi .......................................................... H. psittaculae ( Fain, 1972)

18. Setae h1 and h2 subequal. Setae 3a far not reaching posterior margin of body. Vulvar lips without verrucosities................................................................................. H. megascops sp. nov. * ( Figs. 30–32 )

- Setae h1 about 3 times longer than h2. Setae 3a reaching posterior margin of body. Posterior ends of vulvar lips with verrucos- ities.......................................................................... H. squamosus ( Fain, 1972)

19. Femora I and II with 2 setae (v not duplicate). Scales of idiosomal venter present only anterior to setal bases 1a ............................................................................................ H. kakatoe ( Fain, 1972)

- Femora I and II with 3 setae (v duplicate). Scales of idiosomal venter present anterior to setal bases 1a and between levels of setal bases 1a and 3a ............................................................. H. columbae ( Fain, 1972)

20. Apical segment of leg IV with 3 setae. Setae c2 filiform, subequal to se ........................................ 21

- Apical segment of leg IV with 4 setae. Setae c2 strongly thickened and barbed, at least 3 times shorter and wider than se ................................................................................ H. numidae (Lawrence, 1959)

21. Genua I and II with 4 setae (v” present). Femora I and II with 3 or 4 setae (v du- or triplicate). Empodium of tarsi I and II dis- tinctly longer than respective segment (Species group herodius ).............................................. 26

- Genua I and II with 3 setae (v” absent). Femora I and II with 2 setae (v not duplicate). Empodium of tarsi I and II subequal or slightly longer than respective segment.................................................................. 22

22. Setae h1 and h2 subequal............................................................................. 23

- Setae h1 6–7 times longer than h2 ................................................. H. metropelia ( Fain, 1972) *

23. Idiosomal venter almost not striated or, at least, not striated in area around setal bases 3a. Dorsal shield not narrowed in poste- rior part; its posterior margin not straight. Coxal fields I and II not striated...................................... 24

- Idiosomal venter almost fully striated including area bearing setal bases 3a. Dorsal shield strongly narrowed in posterior part; its posterior margin straight. Coxal fields I and II with fine transverse striations........ H. zenaida sp. nov. * ( Figs. 33–35 )

24. Posterior part of dorsal shield widely convex. Idiosomal venter weakly striated. Distance h2–h2 about 3 times longer than h1– h1. Coxal field I with membranous fold in posterior part.................................................... 25

- Posterior part of dorsal shield slightly concave. Idiosomal venter striated except large unstriated median area bearing setae 3a and h1. Distance h2–h2 about 2 times longer than h1–h1. Coxal field I without membranous folds........................................................................................ H. accipiter Bochkov and OConnor, 2013*

25. Cuticle between peritrematal branches and transverse striations covered by numerous microscales. Coxal field II bearing mem- branous fold in posterior part. Vulvar pocket-like structure without distinct lateral longitudinal folds............................................................................................ H. coccyzus sp. nov. * ( Figs. 36–38 )

- Cuticle between peritrematal branches and transverse striations smooth. Coxal field II without fold. Vulvar pocket-like struc- ture with distinct lateral longitudinal folds........................................... H. clamator Bochkov, 2014

26. Femora I and II with 3 setae (v duplicate)................................................................ 28

- Femora I and II with 4 setae (v triplicate)................................................................ 27

27. Cuticular area bearing setae 3a and pocket-like vulvar structure smooth. Setae h1 and h2 shorter than 10. Trochanters I and II bearing 1 seta. Palpal seta dF 1.8 times longer than l”G............................ H. ixobrychus sp. nov. * ( Figs. 24 )

- Cuticular area bearing setae 3a and pocket-like vulvar structure striated. Setae h1 and h2 longer than 30. Trochanters I and II

bearing 3 setae. Palpal setae dF and l”G subequal in length.................. H. botaurus Bochkov and Galloway, 2013 * 28. Palpalae dG thicker than l”G. Coxal field I without membranous fold.......................................... 29

- Palpalae dG and l”G subequal in width. Coxal field I with membranous fold.... H. butorides (Boyd, 1968) * ( Figs. 22 , 23 )

29. Pocket-like vulvar structure situated slightly anterior to coxal fields III. Setae 3a situated on smooth cuticle..................................................................................... H. bubulcus sp. nov. * ( Figs. 19–21 )

- Pocket-like vulvar structure situated at level of posterior margin of coxal fields III. Setae 3a situated on striated cuticle............................................................................ H. herodius (Boyd, 1968) * ( Fig. 18 )

30. Setal bases ve situated distinctly anterior to vi. Trochanters I and II with 1 seta (v)................................ 31

- Setal bases ve situated distinctly posterior to vi. Trochanters I and II with 2 setae (v duplicate).............................................................................................. H. crotophaga sp. nov. * ( Figs. 48 , 49 )

31. Preapical articulated segment of leg III with 2 setae........................................................ 50

- Preapical articulated segment of leg III with 1 seta......................................................... 32

32. Setae h1 present.................................................................................... 42

- Setae h1 absent..................................................................................... 33

33. Palpalae l”G rod-like, about 3 times narrower than dF and dG (Species group zumpti )............................. 34

- Palpalae l”G thickened, about 2 times narrower than dF and dG ................................................................................................. H. parazumpti Fain, Bochkov and Mironov, 1999 * ( Figs. 42 , 43 )

34. Genua I and II with 3 setae (v ” absent).................................................................. 37

- Genua I and II with 4 setae (v ” present).................................................................. 35

35. Apical segments of legs III and IV with 5 and 4 setae, respectively. Setae h2 shorter than 140....................... 36

- Apical segments of legs III and IV with 6 and 5 setae, respectively. Setae h2 longer than 150.................................................................................................. H. brevis (Ewing, 1911) * ( Fig. 39 B)

36. Palp femorogenu with weak lateral notches. Palpalae l”G and dF subequal in length. Setae h2 80–100 long...................................................................... H. setophaga Bochkov and Klompen, 2014 * ( Fig. 39 C)

- Palp femorogenu without lateral notches. Palpalae l”G at least twice as long as dF. Setae h2 100–130 long.................................................................................... H. rubeculinus ( Cerny and Sixl, 1971) *

37. Longitudinal lateral folds of vulvar pocket-like structure very short, not even close to reaching posterior margin of idiosoma ................................................................................................... 39

- Longitudinal lateral folds of vulvar pocket-like structure very long, reaching posterior margin of idiosoma ............ 38

38. Palpalae l”G 2 times as long as dF. Setae h2 130–170 long............................. H. alaudinus Bochkov, 2000

- Palpalae l”G 1.3 times longer than dF. Setae h2 40–50 long....... H. spizella Bochkov and Klompen, 2014 * ( Fig. 39 J, H)

39. Palpalae l”G subequal to or at most 1.5 times longer than dF ................................................. 40

- Palpalae l”G 1.7–2 times longer than dF ....................... H. heatherae Bochkov and Galloway, 2013 * ( Fig. 39 F)

40. Setae h2 100–135 long............................................................................... 41

- Setae h2 50–80 long....................................................... H. zumpti ( Fain, 1972) * ( Fig. 39 D)

41. Body 370–400 long. Palpalae l”G 1.1–1.3 times longer than dF ..... H. vulgaris Bochkov and Galloway, 2004 * ( Fig. 39 E)

- Body 320–340 long. Palpalae l”G 1.4 times longer than dF ... H. xanthocephalus Bochkov and Klompen, 2014 * ( Fig. 39 A)

42. Vulvar pocket-like structure moderately developed, its posterior margin far not reaching level of setal bases h1 ......... 45

- Vulvar pocket-like structure strongly developed, its posterior margin reaching level of setal bases h1 ................. 43

43. Genua I and II with 3 setae (seta v” absent). Posterior margin of pocket-like vulvar structure with median prolongation.. 44

- Genua I and II with 4 setae (seta v” present). Posterior margin of pocket-like vulvar structure without median prolongation.............................................................................. H. gallowayi sp. nov. ( Fig. 40 )

44♠. Posterior triangular lobe at setal base 3a present. Setae 3a situated at level of coxal fields III. Setal lengths: vi and ve about 80, si 120, se 135, and c2 125. In male: distance g1–g1 about 3 times longer than g3–g3. H. coxatus ( Fain, 1972) * ( Fig. 41 A–E)

- Posterior triangular lobe at setal base 3a absent. Setae 3a situated posterior to coxal fields III. Setal lengths: vi about 120, ve 110, si 135, se 120, and c2 140. In male: distances g1–g1 and g3–g3 subequal..... H. modestus ( Fain, 1976) * ( Fig. 41 F–G)

45. Apical segment of leg IV with 3–4 setae................................................................. 46

- Apical segment of leg IV with 5 setae............................................... H. amazonae ( Fain, 1972) *

46. Palpalae dG short, with 5–6 teeth....................................................................... 48

- Palpalae dG long, with 10–12 teeth..................................................................... 47

47. Setae vi and ve subequal in length. Setal bases 3a situated at level of pocket-like vulvar structure................................................................................................ H. rosellacinus (Lawrence, 1959)

- Setae ve about 2 times longer than vi. Setal bases 3a situated distinctly anterior to level of pocket-like vulvar structure.................................................................................... H. lawrencei ( Fain, 1972) *

48. Dorsal idiosomal area between peritrematal branches and striated cuticle unornamented. Idiosomal venter without scales or verrucosities except, if present, almost indiscernible microverrucosities at coxal fields............................ 49

- Dorsal idiosomal area between peritrematal branches and striated cuticle distinctly ornamented by microverrucosities. Idio- somal venter with verrucosities in lateral parts......................... H. pectinifer (Lawrence, 1959) * ( Figs. 46 , 47 )

49♠. Idiosoma ventrally not striated between level of setal bases 3a and pocket-like vulvar structure. In male: body 265–275 long; setae g2 situated equidistantly to g1 and g3; distance g2–g2 longer than g1–g2; genital setae 11–12 long.................................................................................... H. athene sp. nov. * ( Figs. 44 A–F, 45A–I)

- Idiosoma ventrally striated between level of setal bases 3a and pocket-like vulvar structure. In male: body 310–320 long; setae g2 situated 1.5 times close to g1 than to g3; distance g2–g2 slightly shorter than g1–g2; genital setae 18–20 long............................................................ H. aegolius Bochkov and OConnor, 2013* ( Figs. 44 G, 45J–M)

50. Setae c2 and h1 present.............................................................................. 51

- Setae c2 and h1 absent.............................................................. H. anatum ( Fain, 1972)

51. Setae vi and si not thicker than other dorsal idiosomal setae. Apical segment of legs III and IV with 5 and 4 setae, respectively................................................................................................. 52

- Setae vi and si much thicker than other dorsal idiosomal setae. Apical segment of legs III and IV with 4 and 3 setae, respec- tively.......................................................... H. cristagalli ( Berlese and Trouessart, 1889)

52. Setae vi 1.5 times longer than ve. Setae h2 4 times longer than h1 .................. H. agapornis ( Fain, 1972) comb. nov.

- Setae ve 2 times longer than vi. Setae h1 and h2 subequal.................................. H. psittaci ( Fain, 1972)

Figures

FIGURE 9. Harpyrhynchoides calidris sp. nov., female: A—dorsal view; B—ventral view.

FIGURE 10. Harpyrhynchoides calidris sp. nov., male: A—dorsal view; B—ventral view.

FIGURE 11. Harpyrhynchoides calidris sp. nov., female details (A – C): A—palp in dorsal view; B—solenidion ω 1 I; Csolenidion ω 1 II. Male (D – G): D—palp in dorsal view; E—genital opening; F—solenidion ω 1 I; G—solenidion ω 1 II. Harpyrhynchoides capellae (Fritsch, 1954), details (H, I): H—palp of female in dorsal view; I—genital opening of male.

FIGURE 12. Harpyrhynchoides charadrius sp. nov., female: A—dorsal view; B—ventral view.

FIGURE 13. Harpyrhynchoides charadrius sp. nov., A—dorsal view of male; B—palp of female in dorsal view; Csolenidion ω 1 I of female; D—solenidion ω 1 II of female; E—genital opening of male; F—solenidion ω 1 I of male; Gsolenidion ω 1 II of male. Scale bars: A = 100 Μm; B – G = 50 Μm.

FIGURE 14. Harpyrhynchoides actitis sp. nov., female: A—dorsal view; B—ventral view.

FIGURE 15. Harpyrhynchoides actitis sp. nov., male: A—dorsal view; B—ventral view.

FIGURE 16. Harpyrhynchoides pluvialis sp. nov., female: A—dorsal view; B—ventral view.

FIGURE 17. Harpyrhynchoides actitis sp. nov., details (A – E): A—palp of female in dorsal view; B—palp of male in dorsal view; C—genital opening of male; D—solenidion ω 1 I of male; E—solenidion ω 1 II of male. Harpyrhynchoides pluvialis sp. nov., details of female (F – H): F—palp in dorsal view; G—solenidion ω 1 I; H—solenidion ω 1 II.

FIGURE 18. Harpyrhynchoides herodius (Boyd, 1968), details of female (A – D): A—palp in dorsal view; B—solenidion ω 1 I; C—solenidion ω 1 II; D—tarsus I in ventral view. Male (E – H): E—palp in dorsal view; F—solenidion ω 1 I; G—solenidion ω 1 II; H—genital opening.

FIGURE 19. Harpyrhynchoides bubulcus sp. nov., female: A—dorsal view; B—ventral view.

FIGURE 22. Harpyrhynchoides butorides (Boyd, 1968), female: A—dorsal view; B—ventral view.

FIGURE 23. Harpyrhynchoides butorides (Boyd, 1968), details female (A – C): A—palp in dorsal view; B—solenidion ω 1 I; C—solenidion ω 1 II. Details of male (D—G): D—palp in dorsal view; E—solenidion ω 1 I; F—solenidion ω 1 II; G—genital opening.

FIGURE 24. Harpyrhynchoides ixobrychus sp. nov., female: A—dorsal view; B—ventral view; C—palp in dorsal view; Dsolenidion ω 1 I; E—solenidion ω 1 II. Scale bars: A, B = 100 Μm; C – E = 50 Μm.

FIGURE 25. Harpyrhynchoides puffinus Mertins sp. nov., female: A—dorsal view; B—ventral view; C—palp in dorsal view; D—solenidion ω 1 I; E—solenidion ω 1 II; F—tarsus I in ventral view. Scale bars: A, B = 100 Μm; C – F = 50 Μm.

FIGURE 26. Harpyrhynchoides tracheatus (Fritsch, 1954), female from Buteo jamaicensis (A – E): A—dorsal view; Bventral view; C—solenidion ω 1 I; D—solenidion ω 1 II, E—palpalae. F—palpalae of female from Buteo lineatus in dorsal view; G—same from Buteo buteo. Scale bars: A, B = 100 Μm; C – G = 50 Μm.

FIGURE 27. Harpyrhynchoides tracheatus (Fritsch, 1954), SEM photos of female from Buteo jamaicensis (A – D): A—dorsal view; B—ventral view; C—gnathosoma in ventral view; D—opisthosoma in ventral view.

FIGURE 28. Harpyrhynchoides tracheatus (Fritsch, 1954), SEM photos of female details from Buteo jamaicensis (A – D): Apalpalae dG; B—hypostomal lobes; C—Leg I in dorsal view; D—tarsus I in lateral view.

FIGURE 29. Harpyrhynchoides tracheatus (Fritsch, 1954), male from Buteo jamaicensis: A—dorsal view; B—ventral view; C—palpalae; D—genital opening; E—solenidion ω 1 I; F—solenidion ω 1 II. Scale bars: A, B = 100 Μm; C – F = 50 Μm.

FIGURE 30. Harpyrhynchoides megascops sp. nov., female: A—dorsal view; B—ventral view.

FIGURE 31. Harpyrhynchoides megascops sp. nov., male: A—dorsal view; B—ventral view.

FIGURE 32. Harpyrhynchoides megascops sp. nov., details of female (A – E): A—palp in dorsal view; B—tarsus I in dorsal view; C—tarsus I in ventral view; D—tarsus II in dorsal view; E—tarsus II in ventral view. Male (F – H): F—palp in dorsal view; G—solenidion ω 1 I; H—solenidion ω 1 II.

FIGURE 33. Harpyrhynchoides zenaida sp. nov., female: A—dorsal view; B—ventral view.

FIGURE 34. Harpyrhynchoides zenaida sp. nov., male: A—dorsal view; B—ventral view.

FIGURE 35. Harpyrhynchoides zenaida sp. nov., details of female (A – C): A—palp in dorsal view; dorsal view; Bsolenidion ω 1 I; C—solenidion ω 1 II. Male (D – F): D—palp in dorsal view; E—solenidion ω 1 I; F—solenidion ω 1 II.

FIGURE 36. Harpyrhynchoides coccyzus sp. nov., female: A—dorsal view; B—ventral view.

FIGURE 37. Harpyrhynchoides coccyzus sp. nov., male: A—dorsal view; B—ventral view.

FIGURE 38. Harpyrhynchoides coccyzus sp. nov., details of female (A – C): A—palp in dorsal view; B—solenidion ω 1 I; Csolenidion ω 1 II. Male (D – G): D—palp in dorsal view; E—genital opening; F—solenidion ω 1 I; G—solenidion ω 1 II.

FIGURE 39. Harpyrhynchoides spp., details of females (zumpti group): A—palpalae of Harpyrhynchoides xantocephallus Bochkov and Klompen, 2014; B—same of Harpyrhynchoides brevis (Ewing, 1911); C—same of Harpyrhynchoides setophaga Bochkov and Klompen, 2011; D—same of Harpyrhynchoides zumpti (Fain, 1972); E—palp of Harpyrhynchoides vulgaris Bochkov and Galloway, 2004 in dorsal view; F—same of Harpyrhynchoides heatherae Bochkov and Galloway, 2013; Harpyrhynchoides spizella Bochkov and Klompen (G, H): G—palpalae; H—pocket-like vulvar structure. Scale bars: A – C, E – H = 50 Μm; D = 25 Μm.

FIGURE 40. Harpyrhynchoides gallowayi sp. nov., female: A—dorsal view; B—ventral view; C—palpalae; D—solenidion ω 1 I; E—solenidion ω 1 II; F—part of seta d of genu I. Scale bars: A, B = 100 Μm; C – F = 50 Μm.

FIGURE 41. Harpyrhynchoides coxatus (Fain, 1972), female (A – E): A—palpalae; B—solenidion ω 1 I; C—solenidion ω 1 II; D—setal base 3 a; E—part of seta d of genu I. Harpyrhynchoides modestus (Fain, 1976) (F – G): F—palpalae; G—solenidion ω 1 I; H—solenidion ω 1 II; I—part of seta d of genu I; J—posterior part of pocket-like vulvar structure.

FIGURE 42. Harpyrhynchoides parazumpti Fain, Bochkov and Mironov, 1999, female from Corvus brachyrhynchos: Adorsal view; B—ventral view; C—palp in dorsal view; D—solenidion ω 1 I; E—solenidion ω 1 II.

FIGURE 43. Harpyrhynchoides parazumpti Fain, Bochkov and Mironov, 1999, male from Corvus brachyrhynchos: A—dorsal view; B—ventral view; C—palp in dorsal view; D—solenidion ω 1 I; E—solenidion ω 1 II.

FIGURE 44. Harpyrhynchoides athene sp. nov., female from Athene canicularia (A – E): A—dorsal view; B—ventral view; C—palpalae; D—solenidion ω 1 I; E—solenidion ω 1 II. Details of H. athene from Athene noctua (F – H): F—palpalae; Gsolenidion ω 1 I; H—solenidion ω 1 II. Harpyrhynchoides aegolius Bochkov and OConnor, 2013, details of female (I – K): Ipalpalae, J—solenidion ω 1 I; K—solenidion ω 1 II. Scale bars: A, B = 100 Μm; C – K = 50 Μm.

FIGURE 46. Harpyrhynchoides pectinifer (Lawrence, 1959), female from Colaptes auratus (A – E): A—dorsal view; Bventral view; C—palp in dorsal view; D—solenidion ω 1 I; E—solenidion ω 1 II. F—palpalae of female cotype. Scale bars: A, B = 100 Μm; C – F = 50 Μm.

FIGURE 47. Harpyrhynchoides pectinifer (Lawrence, 1959), male from Colaptes auratus: A—dorsal view; B—ventral view; C—palp in dorsal view; D—genital opening; E—solenidion ω 1 I; F—solenidion ω 1 II. Scale bars: A, B = 100 Μm; C – F = 50 Μm.

FIGURE 48. Harpyrhynchoides crotophaga sp. nov., female: A—dorsal view; B—ventral view; C—palp in dorsal view; Dhypostomal lobes; E—solenidion ω 1 I; F—solenidion ω 1 II. Scale bars: A, B = 100 Μm; C – F = 50 Μm.

FIGURE 49. Harpyrhynchoides crotophaga sp. nov., male: A—dorsal view; B—ventral view; C—palp in dorsal view; Dgenital opening; E—solenidion ω 1 I; F—solenidion ω 1 II. A, B = 100 Μm; C – F = 50 Μm.