Macroevolutionary analyses
Despite important differences in the enrichment efficiency of ORFs and UCEs, datasets of each marker type produced highly similar phylogenies of Coelaturini, which allowed to resolve previous ambiguities (Ortiz-Sepulveda et al., 2020), both along deep and shallow phylogenetic branches. Examples include thatGrandidieria burtoni is recovered as the sister clade toPseudospatha tanganyicensis and Moncetia anceyi rather than to all Coelaturini, and that Coelatura luapulaensis is sister to the ‘Malawi’ clade, instead of being part of this clade as previously recovered. Additional samples indicate that Coelaturafrom West Africa represents the sister-group to Coelatura from the Nile and Lake Victoria. At shallow nodes topologies diverged somewhat between the ORF and UCE trees, with an associated decrease in support values. Our phylogenies also indicate that Grandidieria burtoni , Pseudospatha tanganyicensis and Coelatura spp. from Lake Tanganyika represent species complexes, as was already presumed by Ortiz-Sepulveda et al. (2020).