Correction: Ultraconserved elements (UCEs) resolve the phylogeny of Australasian smurf-weevils.

[This corrects the article DOI: 10.1371/journal.pone.0188044.].

The figure captions for Figs 7, 9 and 10 are incorrect. The figures appear in the correct order. Please view the corrected figure captions for Figs 7, 9 and 10 here.

Fig 7

ASTRAL species tree derived from RAxML trees.

Node values indicate bootstrap support values. LEFT: ASTRAL species tree, input trees derived from single-partitioned RAxML analyses of individual gene trees. RIGHT: ASTRAL species tree, input trees derived from multi-partitioned RAxML analyses of individual gene trees.

Fig 9

ASTRAL species tree derived from RAxML single-partition versus MrBayes multi-partition.

LEFT: ASTRAL species tree, input trees derived from single-partitioned RAxML analyses (each gene tree reconstructed using a single partition), of individual gene trees. RIGHT: ASTRAL species tree, input trees derived from multi-partitioned MrBayes analyses of individual gene trees. Node values indicate support values of MrBayes posterior (minus burn-in) used as ASTRAL bootstrap replicates.

Fig 10

Phylogenetic tree results of the Eupholini weevils, branch colors correspond to species clades.

LEFT: SVDQuartets species tree. Dashed lines denote nodes that differ between trees. Node values indicate bootstrap support values. RIGHT: ASTRAL species tree, input trees derived from multi-partitioned MrBayes analyses of individual gene trees. Node values indicate support values of MrBayes posterior (minus burn-in) used as ASTRAL bootstrap replicates.