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. 2022 Dec 5;10:177–215. doi: 10.3114/fuse.2022.10.08

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Fig. 1. — The IQ-TREE maximum likelihood consensus tree inferred from the combined CaM, rpb1, rpb2 and tef1 sequence alignment. Thickened lines indicate nodes with full support (RAxML & IQ-TREE bootstrap = 100 %; PP = 1.0) with support values of other nodes indicated at the branches (IQ-TREE > 84 % / RAxML > 74 % / PP > 0.74). The tree is rooted to Neocosmospora phaseoli (NRRL 31096, ex-type culture). The scale bar indicates the number of expected changes per site. Species complexes are indicated on the right and highlighted with coloured blocks (brown tints). Species clades containing the novel isolates (in bold) are highlighted with coloured blocks (blue tints). Additional species clades are shown in coloured blocks with grey tints. Taxonomic novelties recognised in this study are shown in bold text.

Fig. 1. — The IQ-TREE maximum likelihood consensus tree inferred from the combined CaM, rpb1, rpb2 and tef1 sequence alignment. Thickened lines indicate nodes with full support (RAxML & IQ-TREE bootstrap = 100 %; PP = 1.0) with support values of other nodes indicated at the branches (IQ-TREE > 84 % / RAxML > 74 % / PP > 0.74). The tree is rooted to Neocosmospora phaseoli (NRRL 31096, ex-type culture). The scale bar indicates the number of expected changes per site. Species complexes are indicated on the right and highlighted with coloured blocks (brown tints). Species clades containing the novel isolates (in bold) are highlighted with coloured blocks (blue tints). Additional species clades are shown in coloured blocks with grey tints. Taxonomic novelties recognised in this study are shown in bold text.