Additional file 2 of Calonectria species associated with diseased leaves and soils in southern China Eucalyptus plantations
Creators: name: Li, Wenwen
name: Chen, Shuaifei
name: Wingfield, Michael J.
name: Duong, Tuan A.
Publisher: name: figshare
Year: 2024
Subjects: subject: Biochemistry
subject: Environmental Sciences not elsewhere classified
subject: Chemical Sciences not elsewhere classified
subject: Ecology
subject: FOS: Biological sciences
subject: Biological Sciences not elsewhere classified
subject: Plant Biology

description: Additional file 2. Figure S1. Phylogenetic tree obtained from Maximum Likelihoodanalysis of the tef1 gene sequences. Bootstrap values ≥70% from ML analysis and posterior probability values ≥0.95 obtained from Bayesian inferenceare indicated at nodes as ML/BI. Bootstrap values &lt;70% or posterior probability values &lt;0.95 are marked with ‘*’. Isolates reported in this study are highlighted in blue and in bold type; Ex-type isolates are indicated with ‘T’. ‘B-’ species codes are consistent with those in Liu et al. (2020). Figure S2. Phylogenetic tree obtained from Maximum Likelihoodanalysis of the tub2 gene sequences. Bootstrap values ≥70% from ML analysis and posterior probability values ≥0.95 obtained from Bayesian inferenceare indicated at nodes as ML/BI. Bootstrap values &lt;70% or posterior probability values &lt;0.95 are marked with ‘*’. Isolates reported in this study are highlighted in blue and in bold type; Ex-type isolates are indicated with ‘T’. ‘B-’ species codes are consistent with those in Liu et al. (2020). Figure S3. Phylogenetic tree obtained from Maximum Likelihoodanalysis of the cmdA gene sequences. Bootstrap values ≥70% from ML analysis and posterior probability values ≥0.95 obtained from Bayesian inferenceare indicated at nodes as ML/BI. Bootstrap values &lt;70% or posterior probability values &lt;0.95 are marked with ‘*’. Isolates reported in this study are highlighted in blue and in bold type; Ex-type isolates are indicated with ‘T’. ‘B-’ species codes are consistent with those in Liu et al. (2020). Figure S4. Phylogenetic tree obtained from Maximum Likelihoodanalysis of his3 gene sequences. Bootstrap values ≥70% from ML analysis and posterior probability values ≥ 0.95 obtained from Bayesian inferenceare indicated at nodes as ML/BI. Bootstrap values &lt;70% or posterior probability values &lt;0.95 are marked with ‘*’. Isolates reported in this study are highlighted in blue and in bold type; Ex-type isolates are indicated with ‘T’. ‘B-’ species codes are consistent with those in Liu et al. (2020). Figure S5. Phylogenetic tree obtained from Maximum Likelihoodanalysis of the rpb2 gene sequences. Bootstrap values ≥70% from ML analysis and posterior probability values ≥0.95 obtained from Bayesian inferenceare indicated at nodes as ML/BI. Bootstrap values &lt;70% or posterior probability values &lt;0.95 are marked with ‘*’. Isolates reported in this study are highlighted in blue and in bold type; Ex-type isolates are indicated with ‘T’. ‘B-’ species codes are consistent with those in Liu et al. (2020). Figure S6. Phylogenetic tree obtained from Maximum Likelihoodanalysis of act gene sequences. Bootstrap values ≥70% from ML analysis and posterior probability values ≥0.95 obtained from Bayesian inferenceare indicated at nodes as ML/BI. Bootstrap values &lt;70% or posterior probability values &lt;0.95 are marked with ‘*’. Isolates reported in this study are highlighted in blue and in bold type; Ex-type isolates are indicated with ‘T’. ‘B-’ species codes are consistent with those in Liu et al. (2020).