#NEXUS [ File saved by NDE version 0.5.0, Mon Sep 20 10:27:52 2021 ] BEGIN TAXA; DIMENSIONS NTAX=27; TAXLABELS 'Macroxyela ferruginea' 'Acantholyda erythrocephala' 'Cephus nigrinus' 'Sirex nigricornis' 'Urocerus gigas' 'Xiphydria camelus' 'Orussus abietinus' 'Cretosyntexis montsecensis' 'Curiosyntexis magadanicus' 'Daosyntexis primus' 'Dolichosyntexis transbaikalicus' 'Eosyntexis catalonicus' 'Syntexis libocedrii' 'Sclerosyntexis hirsuta' 'Parasyntexis khasurtensis' 'Burmesyntexis trimaculatus sp. nov.' 'Burmesyntexis rasnitsyni sp. nov.' 'Dolichostigma tenuipes' 'Kempendaja jacutensis' 'Mangus magnus' 'Anasyntexis strophandra' 'Anaxyela gracilis' 'Brachysyntexis robusta ' 'Kulbastavia grandis' 'Sphenosyntexis pallicornis ' 'Syntexyela continentalis' 'Urosyntexis undosa' ; ENDBLOCK; BEGIN CHARACTERS; DIMENSIONS NCHAR=63; FORMAT DATATYPE=STANDARD MISSING=? GAP=- SYMBOLS="012"; CHARLABELS [1] '2. Number of labial palp segments (Vilhelmsen, 2001: 35): four = 0; three = 1.' [2] '3. Scape length to width ratio: ¡Ý3 = 0; £¼3 = 1' [3] '4. Ratio of length of scape to the length of the first flagellomere:£¼1.5 = 0; ¡Ý1.5 = 1' [4] '5. Pedicel length to width ratio: ¡Ý3 = 0; £¼3 = 1' [5] '6. Ratio of length of pedicel to the length of first flagellomere:£¼1 = 0; ¡Ý1 = 1' [6] '7. First flagellomere length to width ratio: ¡Ý3 = 0; £¼3 = 1; £¾10 = 2' [7] '8. Ratio of length of first flagellomere to the length of second flagellomere:£¼1.5 = 0; ¡Ý1.5, £¼3 = 1; ¡Ý3 = 2' [8] '9. Subantennal grooves (Vilhelmsen, 2001: 2): no conspicuous grooves ventrally of the eyes=0; grooves extending posteriorly from the anterior tentorial pits ventrally of the eyes present = 1' [9] '10. Shape of labrum (Vilhelmsen, 2001: 5): labrum broader or just as broad as high=0; labrum several times higher than broad = 1' [10] '11. Occipital sulci and ridges (Vilhelmsen, 2001: 15): present = 0; absent = 1' [11] '13. Notauli: absent = 0; present = 1' [12] '14. Notauli: distant from scutellum = 0; close to scutellum = 1' [13] '15. Transscutal fissure (Gibson, 1985; Vihelmsen, 2001: 79): no conspicuous transverse line on mesoscutum anteriorly of the mesoscuto-scutellar sulcus = 0; curved line not less sclerotized than the rest of the mesoscutum present = 1; straight line which is' [14] '16. Anterolateral corners of pronotum (Vilhelmsen, 2001: 40): not conspicuous, anterior surface of pronotum without any differences in surface sculpture = 0; with prominent projections, separating smooth anterior surface of pronotum from distinctly sculptu' [15] '17. Posterodorsal margin of pronotum (Vilhelmsen, 2001: 39): at most slightly curved = 0; deeply curved = 1.' [16] '18. Median mesoscutal sulcus (Vilhelmsen, 2001: 77): well developed = 0; reduced or absent, internal ridge at most developed on 1st phragma= 1' [17] '19. Hind leg, tibial brush (Sharkey et al., 2012: 244): absent = 0; dense brush of setae present on at least part of median side = 1' [18] '20. Mesotibial apical spurs (Sharkey et al., 2012: 363): 2 = 0; 1 = 1; 0 = 2' [19] '21. Ratio of length of apical section of ovipositor sheath to basal section:£¼1 = 0£» ¡Ý1, £¼2 = 1£»¡Ý2 = 2' [20] '22. Ratio of length of body to ovipositor: £¼3 = 0; £¾3 = 1 ' [21] '24. Sawteeth on 1st valvulae (Vilhelmsen 2001: 199): absent = 1; present along the ventral margins = 0.' [22] '25. Distribution of sawteeth along 1st valvulae (Vihelmsen, 2001: 200): present along at least half of the length=0; present for a short distance distally only= 1' [23] '26. Pterostigma of forewing: sclerotized = 0; desclerotized = 1' [24] '27. Ratio of the maximum width of pterostigma to length of 2r-rs: £¼1 = 0; £¾1 = 1' [25] '28. Size of pterostigma of forewing: not reaching the mid-length of cell 3r = 0; very large, reaching the mid-length of cell 3r = 1' [26] '30. Subcosta (Sc) of forewing: Sc present as longitudinal stem (forked or not) = 0; present as cross©\vein only or absent = 1' [27] '31. Cross-vein 1r-rs of forewing: 1r-rs always present = 0; partly reduced = 1; completely reduced = 2' [28] '32. Cross-vein 2r-m of forewing: present = 0; absent = 1' [29] '33. Ratio of length of 1r-rs to the length of 2r-rs of forewing:£¼1 = 0; £¾1 = 1' [30] '34. Cell 1r and 2r: not united = 0; united = 1' [31] '35. Cell 2r of forewing length to width ratio: £¼1.5 = 0; ¡Ý1.5, £¼3 = 1£»¡Ý3 = 2' [32] '36. Shape of 1©\RS of forewing: proclival = 0; perpendicular to R = 1; reclival = 2' [33] '37. Cross-vein 2-Rs+M of forewing: absent = 0; present = 1' [34] '38. Cross-vein 1-Rs+M of forewing: present = 0; absent = 1' [35] '39. 2-M of forewing: present = 0(2-M); united with 2-Rs = 1(2-Rs+M); absent = 1' [36] '40. Length of 1-Rs to the length of 1-M of forewing: £¼1 = 0; ¡Ý1, £¼3 = 1£»¡Ý3 = 2' [37] '41. Length of 1r-rs to the length of 2-Rs of forewing: £¼1 = 0; £¾1 = 1' [38] '42. Length of 1r-rs to the length of 2-Rs of forewing: £¼1 = 0; £¾1 = 1' [39] '43. Length of Rs+M to the length of 2-M of forewing: £¾1 = 0; £¼1 = 1' [40] '44. Rs+M of forewing: with an angle at 2©\M = 0; in line with 2©\M = 1' [41] '45. Length of 1©\Cu to the length of 1©\M of forewing: apparently£¼1 = 0; £¾1 = 1' [42] '46. Cell 1mcu of forewing length to width ratio: ¡Ý2 = 0; apparently£¼2 = 1' [43] '47. Length of 1m©\cu to the length of 3©\Cu of forewing: ¡Ü1 = 0; £¾1 = 1' [44] '48. Length of 3-Cu to the length of 4-Cu of forewing: £¼1 = 0; £¾1 = 1' [45] '49. Length of 1©\Cu to the length of 2-Cu of forewing: £¼1 = 0; £¾1 = 1' [46] '50. Cross-vein 1cu-a of forewing: distinctly distal to mid-length of cell a = 0; at or very close to mid-length of cell a = 1; near base of cell a = 2' [47] '51. Length of 2m-cu to the length of 1m©\cu of forewing: £¾1.5 = 0; ¡Ü 1.5 = 1' [48] '52. Length of 2m-cu to the length of 5-M of forewing: £¾2 = 0; ¡Ü 2 = 1' [49] '53. Length of 3r-m to the length of 5-M of forewing: £¾2 = 0; ¡Ü 2 = 1' [50] '54. Forewing tegulae: present = 1; absent = 0' [51] '55. Cell r of hind wing: close = 0; open = 1' [52] '56. Cross-vein 1r-m of hind wing: located at base of Rs =0; at or very close to mid-length of Rs = 1; distant from bases of Rs = 2' [53] '57. Length of 1r-m to the length of 2-M of hind wing: 2-M nearly is 0 = 0; £¼1 = 0; £¾1 = 2' [54] '59. Length of 1-M to the length of 1-Cu of hind wing: £¼1 = 0; ¡Ý1, £¼6 = 1£»¡Ý6 = 2' [55] '60. Length of 2-Cu to the length of 1-Cu of hind wing: £¼2 = 0; ¡Ý2, £¼5 = 1£»¡Ý5= 2' [56] '61. 1-M of hind wing: bent = 0; straight = 1' [57] '62. Cross-vein m-cu of hind wing: present = 0; absent = 1' [58] '63. Cross-vein m-cu of hind wing joins M: before m-cu = 0; after m-cu = 1' [59] '64. Cross-vein 3r-m of hind wing: present = 0; absent = 1' [60] '65. Cross-vein 2-M+Cu of hind wing: absent = 0; present = 1' [61] '66. Secondary hamuli (Vilhelmsen, 2001: 176): present = 0; absent = 1' [62] '67. Hind wing tegulae (Vilhelmsen, 2001: 123): present = 0; absent = 1' [63] '68. Distal hamuli placement (Vilhelmsen, 2001: 174): in zig-zag lines =0; in straight lines = 1' ; STATELABELS 1 ' ' ' ', 2 ' ' ' ', 3 ' ' ' ', 4 ' ' ' ', 5 ' ' ' ', 6 ' ' ' ' '2', 7 ' ' ' ' '2', 8 ' ' ' ', 9 ' ' ' ', 10 ' ' ' ', 11 ' ' ' ', 12 ' ' ' ', 13 ' ' ' ' '2', 14 ' ' ' ', 15 ' ' ' ', 16 ' ' ' ', 17 ' ' ' ', 18 ' ' ' ', 19 ' ' ' ' '2', 20 ' ' ' ', 21 ' ' ' ', 22 ' ' ' ', 23 ' ' ' ', 24 ' ' ' ' '2', 25 ' ' ' ', 26 ' ' ' ', 27 ' ' ' ' '2', 28 ' ' ' ', 29 ' ' ' ', 30 ' ' ' ', 31 ' ' ' ' '2', 32 ' ' ' ' '2', 33 ' ' ' ', 34 ' ' ' ', 35 ' ' ' ' '2', 36 ' ' ' ' '2', 37 ' ' ' ', 38 ' ' ' ', 39 ' ' ' ', 40 ' ' ' ', 41 ' ' ' ', 42 ' ' ' ', 43 ' ' ' ', 44 ' ' ' ', 45 ' ' ' ' '2', 46 ' ' ' ' '2', 47 ' ' ' ', 48 ' ' ' ', 49 ' ' ' ', 50 ' ' ' ', 51 ' ' ' ', 52 ' ' ' ' '2', 53 ' ' ' ' '2', 54 ' ' ' ' '2', 55 ' ' ' ' '2', 56 ' ' ' ', 57 ' ' ' ', 58 ' ' ' ', 59 ' ' ' ', 60 ' ' ' ', 61 ' ' ' ', 62 ' ' ' ', 63 ' ' ' ', ; MATRIX 'Macroxyela ferruginea' 0000022000 0000000010 1-00000000 1000010010 1000200110 0010000000 000 'Acantholyda erythrocephala' 0000011000 0000000101 0000000000 1000000011 1000200110 0010010000 000 'Cephus nigrinus' 0000010000 0000000101 0000010010 0000000110 0010021111 0001100000 001 'Sirex nigricornis' 1000010110 1-11111000 0100000000 22010000-- 1000020111 1010100000 100 'Urocerus gigas' 1010000110 1-11111010 0100000000 22010000-- 1000120111 1010000000 100 'Xiphydria camelus' 1110001111 012010?000 0100010000 1000001110 0000011110 0011000000 111 'Orussus abietinus' 1000011111 1-2011?001 1-000120-1 -00010--00 000001---1 1001011-10 011 'Cretosyntexis montsecensis' ???1?10??? 000??0???? ??020121-1 -00001--00 110002110? ?????????? ??? 'Curiosyntexis magadanicus' ?011010??? 000??0??00 ??12?111-1 -000211--- 110102101? ?????????? ??? 'Daosyntexis primus' ???1100??? 000??0??01 ??01010110 0000021110 100002100? 0012201-10 ??? 'Dolichosyntexis transbaikalicus' ?????????? ?????????? ???2110110 0000011110 110?12??1? ?????????? ??? 'Eosyntexis catalonicus' ?0?1100??? 00??00??01 ??020121-1 -000211--- 111002111? ?????????? ??? 'Syntexis libocedrii' 1001010010 0100000100 0112010110 00002111-- 0101020111 1011201-10 001 'Sclerosyntexis hirsuta' ?111101010 01000001?? ??020121-1 -01011---- 0100021111 1010?11-10 001 'Parasyntexis khasurtensis' ?????????? ?????????? ??00010110 00101111-- 010002111? 0012210010 ??? 'Burmesyntexis trimaculatus sp. nov.' 1011100010 0100000001 01010121-1 -11010---- 1000021111 001??11-11 ?01 'Burmesyntexis rasnitsyni sp. nov.' 1111100010 0100000001 01010121-1 -01010---- 1000021111 001??11-11 001 'Dolichostigma tenuipes' ?????????? ?????????? ??02110110 10010211-- 100000011? ?1010001?0 ??? 'Kempendaja jacutensis' ?????????? ?????????? ??10010100 1000021100 111012111? 0221000110 ??? 'Mangus magnus' ?????????? ?????????? ??11000100 1000010001 110012011? ?????????? ??? 'Anasyntexis strophandra' ?0???00??? ?????????? ??000?0100 2000011000 110002011? 0111100010 ??? 'Anaxyela gracilis' ?011100??? 010?00??10 ??10010100 1000021110 110012100? 0101100110 ??? 'Brachysyntexis robusta ' ???1001??? 000?00??01 ??01010100 1000011000 111002100? 010???0010 ??? 'Kulbastavia grandis' ?????????? ????????20 ??00010100 1000021111 110010111? 02?1?0??10 ??? 'Sphenosyntexis pallicornis ' ?????????? ????0???10 ??10010100 1000011101 110002111? 01??????1? ??? 'Syntexyela continentalis' ?111011??? ????????10 ??00010100 1000011010 1100110??? ?12??001?0 ??? 'Urosyntexis undosa' ?011100??? 00???0??20 ??00010100 1000021100 11000100?? 020???0?10 ??? ; ENDBLOCK; BEGIN ASSUMPTIONS; OPTIONS DEFTYPE=UNORD POLYTCOUNT=MINSTEPS; ENDBLOCK; BEGIN NOTES; [Taxon comments] [Character comments] [Character state comments] [Attribute comments] [Taxon pictures] [Character pictures] [Character state pictures] [Attribute pictures] ENDBLOCK;