Stenella gynoxidicola | |
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Genus: | Syd. (1930) |
Species: | Stenella gynoxidicola Mulder, 1982 |
Stenella gynoxidicola, formerly Cladosporium gynoxidicola is a species of anamorphic fungi. [1]
Belonging to the Stenella genus, this species is a Cercospora-like fungus with a superficial secondary mycelium, solitary conidiophores, conidiogenous cells with thickened and darkened conidiogenous loci and catenate or single conidia with dark, slightly thickened hila.
The Clymene dolphin, in older texts known as the short-snouted spinner dolphin, is a dolphin endemic to the Atlantic Ocean. It is the only confirmed case of hybrid speciation in marine mammals, descending from the spinner dolphin and the striped dolphin.
Beauveria is a genus of asexually-reproducing fungi allied with the ascomycete family Cordycipitaceae. Its several species are typically insect pathogens. The sexual states (teleomorphs) of Beauveria species, where known, are species of Cordyceps.
Stenella canavaliae or Stenella canavaliae-roseae, formerly known as Cercospora canavaliae is a species of anamorphic fungi. It causes the brown leaf mould of Canavalia species.
Stenella sinuosogeniculata is a species of anamorphic fungi.
Stenella stipae is a species of anamorphic fungi.
Stenella subsanguinea is a species of anamorphic fungi.
Stenella tristaniae is a species of anamorphic fungi.
Stenella vangueriae is a species of anamorphic fungi.
Stenella iteae is a species of anamorphic fungi.
Stenella africana is a species of anamorphic fungi.
Stenella capparidicola, formerly Cercospora capparidicola is a species of anamorphic fungi.
Stenella constricta, formerly Cercospora capparidicola is a species of anamorphic fungi.
Stenella uniformis, formerly Cercospora capparidicola is a species of anamorphic fungi.
Stenella vermiculata, formerly Cercospora capparidicola is a species of anamorphic fungi.
Piricaudiopsis rhaphidophorae is a fungus occurring on dead branches of Rhaphidophora decursiva, hence its name. It was first found in a tropical forest in southern China. It differs from other Piricaudiopsis species in conidial morphology and in the proliferation of its conidiogenous cell. The presence or proliferation of the conidiogenous cells and the conidial appendages, as well as the height of its conidia are considered putative phylogenetic characters of this genus.
Piricaudiopsis rosae is a fungus occurring on dead branches of Rosa chinensis, hence its name. It was first found in a tropical forest in southern China. It differs from other Piricaudiopsis species in conidial morphology and in the proliferation of its conidiogenous cell. The presence or proliferation of the conidiogenous cells and the conidial appendages, as well as the height of its conidia are considered putative phylogenetic characters of this genus.
Piricaudiopsis punicae is a fungus occurring on dead branches of Punica granatum, hence its name. It was first found in a tropical forest in southern China. It differs from other Piricaudiopsis species in conidial morphology and in the proliferation of its conidiogenous cell. The presence or proliferation of the conidiogenous cells and the conidial appendages, as well as the height of its conidia are considered putative phylogenetic characters of this genus.