Leucoinocybe

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Leucoinocybe
Leucoinocybe lenta 512038.jpg
Leucoinocybe lenta
Scientific classification
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Leucoinocybe

Singer ex Antonín, Borovička, Holec & Kolařík (2019)
Type species
Leucoinocybe lenta
(Maire) Antonín, Borovička, Holec & Kolařík (2019)
Synonyms [1]
  • Mycena lentaMaire (1928)
  • Collybia lenta(Maire) Maire (1933)
  • Clitocybula lenta(Maire) Malençon & Bertault (1975)

Leucoinocybe is a fungal genus in the family Tricholomataceae. This genus is known to contain 3 species: Leucoinocybe lenta and Leucoinocybe taniae, found in Europe, and Leucoinocybe sulcata found in India. [2] [3]

See also

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<i>Melanoleuca</i> Genus of fungi

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Dennisiomyces is a genus of fungi in the family Tricholomataceae. Described by mycologist Rolf Singer in 1955, the genus contains five species found in South America.

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<i>Gamundia</i> Genus of fungi

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<i>Mycenella</i> Genus of fungi

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<i>Pseudoclitocybe</i> Genus of fungi

Pseudoclitocybe is a genus of fungi in the family Pseudoclitocybaceae. The genus contains about ten species with a collectively widespread distribution.

<i>Pseudoomphalina</i> Genus of fungi

Pseudoomphalina is a genus of fungi in the placed in the family Tricholomataceae for convenience. The genus contains six species that are widespread in northern temperate areas. Pseudoomphalina was circumscribed by Rolf Singer in 1956. Pseudoomphalina was found to be paraphyletic to Neohygrophorus in a molecular phylogenetics study and since Pseudoomphalina is an older name, Neohygrophyorus was synonymized with it. The type species of Neohygrophorus was Neohygrophorus angelesianus, now Pseudoomphalina angelesiana. In earlier classifications based on anatomy prior to DNA sequence-based classifications, its unusual combination of features led taxonomists to independently create two subgenera in two genera: Hygrophorus subg. Pseudohygrophorus and Clitocybe subg. Mutabiles; the latter based on Neohygrophorus angelesianus but described under a new species name which is now placed in synonymy, Clitocybe mutabilis. All species of Pseudoomphalina are united by the presence of clamp-connections in their hyphae, an interwoven gill trama and amyloid spores. Pseudoomphalina angelesiana possesses grey-violaceous pigments that turn red in alkali solutions and lacks filiform, hyphal sterile elements in its hymenium and stipitipellis. These were features used to distinguish it from Pseudoomphalina as a genus, but Pseudoomphalina umbrinopurpurascens possesses these same pigments and the filiform elements of Pseudoomphalina. Molecular phylogenetics studies have also found some former species of Pseudoomphalina to belong in other genera. Pseudoomphalina pachyphylla was moved to its own genus, Pseudolaccaria, and Pseudoomphalina clusiliformis was synonymized with it. Pseudoomphalina flavoaurantia and Pseudoomphalina lignicola were found to belong in Clitocybula. Phylogenetically, Pseudoomphalina is in a tricholomatoid clade but not in the Tricholomataceae.

<i>Clitocybula</i> Genus of fungi

Clitocybula is a genus of mushroom-forming fungi in the family Porotheleaceae but was originally classified within Marasmiaceae. The genus was circumscribed by Georges Métrod in 1952. Species in the genus are commonly known as "coincaps".

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<i>Lentinula lateritia</i> Species of fungus

Lentinula lateritia is a species of agaric fungus in the family Omphalotaceae. It is found in South-east Asia and Australasia, except for New Zealand. Originally described by Miles Joseph Berkeley in 1881 as a species of Agaricus, it was transferred to the genus Lentinula in 1983 by David Pegler.

References

  1. "GSD Species Synonymy: Leucoinocybe lenta (Maire) Singer". Species Fungorum. CAB International. Archived from the original on 2015-02-09. Retrieved 2015-02-09.
  2. Kirk PM, Cannon PF, Minter DW, Stalpers JA (2008). Dictionary of the Fungi (10th ed.). Wallingford, UK: CAB International. p. 374. ISBN   978-0-85199-826-8.
  3. Antonín V, Borovička J, Holec J, Piltaver A, Kolařík M (2019). "Taxonomic update of Clitocybula sensu lato with a new generic classification". Fungal Biology. 123 (6): 431–447. doi:10.1016/j.funbio.2019.03.004. PMID   31126420.