Supplementary Material to LIU FANG-FANG, LI YI-PING, JAKOVLIĆ IVAN and YUAN XIANG-QUN 2017: Tandem Duplication of Two Trna Gene

Supplementary material to

LIU FANG-FANG, LI YI-PING, JAKOVLIĆ IVAN and YUAN XIANG-QUN 2017: Tandem duplication of two tRNA genes in the mitochondrial genome of Tagiades vajuna (Lepidoptera: Hesperiidae). Eur. J. Entomol. 114: 407–415. Fig S2. Phylogenetic trees produced by all four analyses (2 datasets x 2 analytical methods). Eurema hecabe 1.00 Papilio machaon Choaspes benjaminii 1.00 Burara striata 1.00 Hasora anura Coeliadinae 1.00 Hasora vitta Euschemon rafflesia Erynnis montanus Euschemoninae 1.00 Pyrgus maculatus Pyrginae 0.98 Achalarus lyciades 1.00 1.00 Lobocla bifasciata 0.97 Celaenorrhinus maculosa Eudaminae 1.00 Ctenoptilum vasava 1.00 1.00 Daimio tethys 1.00 Tagiades vajuna Carterocephalus silvicola 1.00 Heteropterus morpheus Heteropterinae 1.00 Ampittia dioscorides Ochlodes venata 1.00 1.00 Polytremis jigongi 1.00 Polytremis nascens 1.00 Potanthus flavus 1.00 Parnara guttatus Hesperiinae 1.00 Lerema accius 1.00 Agathymus mariae 1.00 Megathymus streckeri PCG12RT_BI 1.00 Megathymus ursus 1.00 Megathymus beulahae 1.00 Megathymus yuccae Fig S2. Phylogenetic trees produced by all four analyses (2 datasets x 2 analytical methods). Eurema hecabe 100 Papilio machaon Choaspes benjaminii 100 Burara striata 81 Hasora vitta Coeliadinae 100 Hasora anura Euschemon rafflesia Erynnis montanus Euschemoninae 100 Pyrgus maculatus Pyrginae 61 Achalarus lyciades 78 100 Lobocla bifasciata 59 Celaenorrhinus maculosa Eudaminae 100 Ctenoptilum vasava 100 85 Tagiades vajuna 100 Daimio tethys Carterocephalus silvicola 100 Heteropterus morpheus Heteropterinae 86 Ampittia dioscorides Ochlodes venata 99 100 Polytremis jigongi 100 Polytremis nascens 99 Potanthus flavus 95 Parnara guttatus Hesperiinae 99 Lerema accius 70 Agathymus mariae 100 Megathymus streckeri 96 Megathymus ursus PCG12RT_ML 100 Megathymus beulahae 100 Megathymus yuccae Fig S2. Phylogenetic trees produced by all four analyses (2 datasets x 2 analytical methods).

Eurema hecabe 1.00 Papilio machaon Choaspes benjaminii 1.00 Burara striata 1.00 Hasora anura Coeliadinae 1.00 Hasora vitta Euschemon rafﬂesia Achalarus lyciades Euschemoninae 1.00 Lobocla bifasciata Erynnis montanus Eudaminae 1.00 1.00 Pyrgus maculatus 0.99 Celaenorrhinus maculosa 1.00 Ctenoptilum vasava 1.00 Pyrginae 1.00 Daimio tethys 1.00 Tagiades vajuna Carterocephalus silvicola 1.00 Heteropterus morpheus Ampittia dioscorides Heteropterinae 1.00 Potanthus ﬂavus 1.00 1.00 Ochlodes venata 1.00 Polytremis jigongi 1.00 1.00 Polytremis nascens Parnara guttatus Hesperiinae 1.00 Lerema accius 1.00 Agathymus mariae 1.00 Megathymus streckeri 1.00 Megathymus ursus PCGRT_BI 1.00 Megathymus beulahae 1.00 Megathymus yuccae Fig S2. Phylogenetic trees produced by all four analyses (2 datasets x 2 analytical methods).

Eurema hecabe 100 Papilio machaon Choaspes benjaminii 100 Burara striata Coeliadinae 96 Hasora anura 100 Hasora vitta Euschemon rafﬂesia Euschemoninae Pyrgus maculatus 100 Erynnis montanus 79 Pyrginae Achalarus lyciades 100 Lobocla bifasciata Eudaminae 96 51 Celaenorrhinus maculosa 100 Ctenoptilum vasava 100 Daimio tethys 100 29 Tagiades vajuna Carterocephalus silvicola 100 Heteropterus morpheus Heteropterinae Ampittia dioscorides 96 Potanthus ﬂavus 100 76 Ochlodes venata 100 Polytremis jigongi 100 100 Polytremis nascens Parnara guttatus Hesperiinae 99 Lerema accius 72 Agathymus mariae 100 Megathymus streckeri 100 Megathymus ursus PCGRT_ML 100 Megathymus yuccae 100 Megathymus beulahae