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. 2024 Oct 23;109:487–594. doi: 10.3114/sim.2024.109.08

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© 2024 Westerdijk Fungal Biodiversity Institute.

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Fig. 11 — Net phylogenetic informativeness profiles (PIP) in arbitrary units of Diaporthe species through relative time scales for combined datasets of 5-loci (ITS, tef1, tub2, cal and his3). A. PIP of the D. amygdali clade and related species. B. PIP of the D. brasiliensis clade and related species. C. PIP of the D. eucommiae clade and related species. D. PIP of the D. foeniculina clade and related species. E. PIP of the D. glabrae clade and related species. F. PIP of the D. inconspicua clade and related species. G. PIP of the D. leucospermi clade and related species. H. PIP of the D. longicolla clade and related species. I. PIP of the D. rudis clade and related species. The lines represent individual loci profiles and are referred to in the chart legend. The respective time trees inferred by applying the RelTime-ML method are shown in the background of each panel, in corresponding time scales. All divergence times shown are relative times as no calibrations were used. Nodes of radiation of each Diaporthe clade are highlighted by dots and the corresponding graph areas are emphasised by coloured blocks.

Fig. 11 — Net phylogenetic informativeness profiles (PIP) in arbitrary units of Diaporthe species through relative time scales for combined datasets of 5-loci (ITS, tef1, tub2, cal and his3). A. PIP of the D. amygdali clade and related species. B. PIP of the D. brasiliensis clade and related species. C. PIP of the D. eucommiae clade and related species. D. PIP of the D. foeniculina clade and related species. E. PIP of the D. glabrae clade and related species. F. PIP of the D. inconspicua clade and related species. G. PIP of the D. leucospermi clade and related species. H. PIP of the D. longicolla clade and related species. I. PIP of the D. rudis clade and related species. The lines represent individual loci profiles and are referred to in the chart legend. The respective time trees inferred by applying the RelTime-ML method are shown in the background of each panel, in corresponding time scales. All divergence times shown are relative times as no calibrations were used. Nodes of radiation of each Diaporthe clade are highlighted by dots and the corresponding graph areas are emphasised by coloured blocks.