#NEXUS Begin trees; [Treefile saved Sat Jun 23 19:02:18 2012] [! >Data file = C:\Users\nankai-ecolab\Documents\������\��ϵͳ�������4\tub2\tub2-align.nex >Bootstrap method with heuristic search: > Number of bootstrap replicates = 1000 > Starting seed = 508798463 > Optimality criterion = parsimony > Character-status summary: > Of 577 total characters: > All characters are of type 'unord' > All characters have equal weight > 339 characters are constant > 123 variable characters are parsimony-uninformative > Number of parsimony-informative characters = 115 > Gaps are treated as "missing" > Multistate taxa interpreted as uncertainty > Starting tree(s) obtained via stepwise addition > Addition sequence: random > Number of replicates = 1000 > Starting seed = 675201879 > Number of trees held at each step during stepwise addition = 1 > Branch-swapping algorithm: tree-bisection-reconnection (TBR) > Steepest descent option not in effect > Initial 'MaxTrees' setting = 100 > Branches collapsed (creating polytomies) if maximum branch length is zero > 'MulTrees' option in effect > Topological constraints not enforced > Trees are unrooted > > 1000 bootstrap replicates completed > Note: Effectiveness of search may have been diminished due to tree-buffer > overflow. > Time used = 02:12:09.8 ] Translate 1 Neotyphodium_coenophialum_90664_c, 2 Epichloe_typhina_200736, 3 Neotyphodium_uncinatum_e105, 4 Neotyphodium_coenophialum_e19_b, 5 Neotyphodium_coenophialum_e19_c, 6 Epichloe_festucae_90661, 7 Epichloe_festucae_28, 8 Epichloe_festucae_201550, 9 Epichloe_baconii_76552, 10 Epichloe_baconii_200745, 11 Epichloe_typhina_200740, 12 Epichloe_glyceriae_200755, 13 Epichloe_baconii_90167, 14 Epichloe_typhina_200851, 15 Epichloe_clarkii_200742, 16 Epichloe_typhina_201666, 17 Neotyphodium_lolii_135, 18 Epichloe_typhina_200738, 19 Epichloe_bromicola_200749, 20 Epichloe_sylvatica_200751, 21 Epichloe_typhina_200739, 22 Epichloe_amarillans_200743, 23 Epichloe_elymi_200850, 24 Epichloe_elymi_201551, 25 Epichloe_amarillans_200744, 26 Epichloe_brachyelytri_201561, 27 Epichloe_typhina_201667, 28 Epichloe_bromicola_201558, 29 Epichloe_bromicola_201559, 30 Epichloe_elymi_201554, 31 Epichloe_elymi_201555, 32 Epichloe_elymi_201556, 33 Neotyphodium_typhinum_var._canariense_989, 34 Neotyphodium_occultans_992_a, 35 Neotyphodium_occultans_992_b, 36 Neotyphodium_siegelii_e915_a, 37 Neotyphodium_siegelii_e915_b, 38 Neotyphodium_aotearoae_829, 39 Neotyphodium_australiense_937_a, 40 Neotyphodium_australiense_937_b, 41 Neotyphodium_melicicola_822_a, 42 Neotyphodium_melicicola_827_a, 43 Neotyphodium_melicicola_822_b, 44 Neotyphodium_melicicola_827_b, 45 Neotyphodium_tembladerae_1169_a, 46 Neotyphodium_tembladerae_1169_b, 47 Epichloe_amarillans_906, 48 Neotyphodium_chisosum_134_b, 49 Neotyphodium_chisosum_134_a, 50 Neotyphodium_chisosum_134_c, 51 Neotyphodium_huerfanum_64040, 52 Neotyphodium_gansuense_var._inebrians_817, 53 Neotyphodium_tembladerae_4055_a, 54 Neotyphodium_tembladerae_4055_b, 55 Neotyphodium_tembladerae_Ms803_a, 56 Neotyphodium_tembladerae_Ms803_b, 57 Epichloe_yangzii_Rnj3303, 58 Neotyphodium_guerinii_MYA_1235_a, 59 Neotyphodium_guerinii_MYA_1235_b, 60 Neotyphodium_guerinii_1102_a, 61 Neotyphodium_guerinii_1102_b, 62 Neotyphodium_gansuense_E7083, 63 Neotyphodium_sinicum_Rdy4202, 64 Neotyphodium_stromatolongum_Cnj6620, 65 Neotyphodium_sibiricum_MTI_I02, 66 Neotyphodium_sibiricum_MTI_I03, 67 Neotyphodium_gansuense_MTII_H05, 68 Neotyphodium_gansuense_MTIII_X01, 69 Neotyphodium_sinofestucae_Fnj6606_a, 70 Neotyphodium_sinofestucae_Fnj6606_b, 71 Epichloe_bromicola_0814_1, 72 Epichloe_sp._61691, 73 Epichloe_sp._62444, 74 Epichloe_sp._005karuno, 75 Epichloe_sp._007kusatu, 76 Epichloe_poae, 77 Echinodothis_tuberiformis_B351, 78 Epichloe_sp._9924, 79 Epichloe_liyangensis_Ply9101_1, 80 Epichloe_liyangensis_Ply9101_2, 81 Epichloe_liyangensis_Ply9102_1, 82 Epichloe_liyangensis_Ply9102_2, 83 Epichloe_liyangensis_Ply9103_1, 84 Epichloe_liyangensis_Ply9103_2, 85 Epichloe_liyangensis_Ply9104_1, 86 Epichloe_liyangensis_Ply9104_2, 87 Epichloe_sp._204, 88 Epichloe_sp._207, 89 Epichloe_sp._224, 90 Epichloe_sp._229, 91 Epichloe_sp._303, 92 Epichloe_sp._312, 93 Epichloe_sp._330, 94 Epichloe_sp._336, 95 Epichloe_sp._410, 96 Epichloe_sp._414, 97 Epichloe_sp._429 ; tree PAUP_1 = [&R] (77:100,((((1:100,34:100)99:99,(9:100,13:100)99:99)83:83,(((4:100,39:100)55:55,6:100,7:100,8:100,17:100,37:100,(41:100,42:100)65:65,53:100,55:100)62:62,45:100)56:56,10:100,(22:100,(25:100,47:100)90:90,48:100)76:76,64:100,78:100)95:95,((((((2:100,15:100)98:98,(14:100,16:100)100:100)87:87,(11:100,(18:100,(58:100,60:100)66:66)71:71)54:54)92:92,(20:100,21:100)79:79)80:80,(((3:100,5:100)64:64,27:100,33:100,((46:100,54:100,56:100)55:55,51:100,76:100,80:100,82:100,84:100,86:100)61:61)81:81,40:100,50:100,70:100)59:59)79:79,26:100,(38:100,43:100,44:100)98:98)55:55,12:100,((19:100,(((28:100,29:100)93:93,36:100)62:62,57:100,69:100,79:100,85:100)60:60,35:100)64:64,(49:100,((63:100,81:100)62:62,72:100,73:100,74:100,75:100,83:100)89:89,71:100,(87:100,88:100,89:100,90:100,(91:100,92:100,93:100,94:100,95:100,96:100,97:100)66:66)95:95)78:78)88:88,(23:100,24:100,30:100,31:100,32:100)96:96)62:62,((52:100,((62:100,68:100)74:74,67:100)91:91)58:58,((59:100,61:100)55:55,65:100,66:100)100:100)99:99)0; End;