Phylogeny of the Botryosphaeriaceae reveals patterns of host association
J De Wet, B Slippers, O Preisig, BD Wingfield… - Molecular Phylogenetics …, 2008 - Elsevier
Three anamorph genera of the Botryosphaeriaceae namely Diplodia, Lasiodiplodia and
Dothiorella have typically dark, ovoid conidia with thick walls, and are consequently difficult
to distinguish from each other. These genera are well-known pathogens of especially pine
species. We generated a multiple gene genealogy to resolve the phylogenetic relationships
of Botryosphaeriaceae with dark conidial anamorphs, and mapped host associations based
on this phylogeny. The multiple gene genealogy separated Diplodia, Lasiodiplodia and …
Dothiorella have typically dark, ovoid conidia with thick walls, and are consequently difficult
to distinguish from each other. These genera are well-known pathogens of especially pine
species. We generated a multiple gene genealogy to resolve the phylogenetic relationships
of Botryosphaeriaceae with dark conidial anamorphs, and mapped host associations based
on this phylogeny. The multiple gene genealogy separated Diplodia, Lasiodiplodia and …
[PDF][PDF] Phylogeny of the Botryosphaeriaceae reveals patterns
J De Wet, BD Wingfield, MJ Wingfield - fabinet.up.ac.za
13 Abstract 14 Three anamorph genera of the Botryosphaeriaceae namely Diplodia,
Lasiodiplodia and Dothiorella have typically dark, ovoid conidia 15 with thick walls, and are
consequently difficult to distinguish from each other. These genera are well-known
pathogens of especially pine 16 species. We generated a multiple gene genealogy to
resolve the phylogenetic relationships of Botryosphaeriaceae with dark conidial ana-17
morphs, and mapped host associations based on this phylogeny. The multiple gene …
Lasiodiplodia and Dothiorella have typically dark, ovoid conidia 15 with thick walls, and are
consequently difficult to distinguish from each other. These genera are well-known
pathogens of especially pine 16 species. We generated a multiple gene genealogy to
resolve the phylogenetic relationships of Botryosphaeriaceae with dark conidial ana-17
morphs, and mapped host associations based on this phylogeny. The multiple gene …
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