Supplementary files

Abstract

Fig. S1. Maximum Likelihood phylogenetic tree of the genus Chloridium based on analysis of a concatenated data set (ITS, LSU) treated with Gblocks. Species names given in bold and marked in blue colour are Chloridium species described by Wu & Diao (2022). Branch support of nodes ≥ 75 % ML is indicated above or below branches.<br />Fig. S2. Maximum Likelihood phylogenetic tree of the family Chaetosphaeriaceae based on analysis of a concatenated data set (ITS, LSU) treated with Gblocks. Species names given in bold and marked in blue colour are Chloridium species described by Wu & Diao (2022). Branch support of nodes ≥ 75 % ML is indicated above or below branches.<br />Fig. S3. Maximum Likelihood phylogenetic tree of genera Adautomilanezia, Chloridium and Sporoschisma based on analysis of a concatenated data set (ITS, LSU) treated with Gblocks. Species names given in bold and marked in blue colour are Chloridium species described by Wu & Diao (2022). Branch support of nodes ≥ 75 % ML is indicated above or below branches.<br />Fig. S4. Geographical distribution of Chloridium spp. based on data from the GlobalFungi database.<br />Table S1. Estimates of evolutionary divergence between ITS rDNA sequences. The number of base differences per site from between sequences are shown. Analyses were conducted using the Kimura 2-parameter model [1]. This analysis involved 116 nucleotide sequences. All ambiguous positions were removed for each sequence pair (pairwise deletion option). There were a total of 562 positions in the final data set. Evolutionary analyses were conducted in MEGA11 [2].<br />Table S2. Biogeography, substrate and habitat affinity of Chloridium inferred from the GlobalFungi database. The overview of all samples in the database (Sheet 1), summary across all Chloridium species (Table S3), and detailed metadata and primary data for all Chloridium species are presented.<br />Table S3. Summary of biogeography, substrate and habitat affinity of Chloridium inferred from the GlobalFungi database.<br />Table S4. Growth on different temperatures (5–37 °C) after 14 d. The average of three measurements is presented. The values of average Mean Annual Temperature (MAT), average Mean Annual Precipitation (MAP) for each species are presented. MAT and MAP were obtained from GlobalFungi database and the primary data are presented in Table S2.