Sequence analyses

GS Gunilla Ståhls
RM Rudolf Meier
CS Christoph Sandrock
MH Martin Hauser
LZ Ljiljana Šašić Zorić
EL Elina Laiho
AA Andrea Aracil
JD Jovana Doderović
RB Rozane Badenhorst
PU Phira Unadirekkul
NA Nur Arina Binte Mohd Adom
LW Leo Wein
CR Cameron Richards
JT Jeffery K. Tomberlin
SR Santos Rojo
SV Sanja Veselić
TP Tuure Parviainen
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We used MEGA version 7 [48] for generating a Neighbor-Joining (NJ) tree (unrooted network) [49] for all haplotypes and localities using uncorrected p-distance values, and for computing pairwise divergences among the COI barcodes. Median-Joining haplotype networks can be useful for both conveying population structures and visualizing the similarity among haplotypes. We thus generated Median-Joining haplotype networks [50] using POPART [51] for all haplotypes of field-collected samples (Fig. 2a), and separately for BSF samples from rearing cultures (Fig. 2b), with geographic origins of members of sequence clusters I-III listed in Table 1. Additionally, for the full dataset of all complete BSF barcodes we also generated a Median-Joining network (Supplementary data Fig. S1).

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