Hygrocybe brunnea (Cleland) Grgur. 1997

Caption:

Details

Name scientific

Hygrocybe brunnea (Cleland) Grgur. 1997

Preferred name

Hygrocybe brunnea (Cleland) Grgur. 1997

Taxonomy reference

Segedin, B.P.; Pennycook, S.R. 2001: A nomenclatural checklist of agarics, boletes, and related secotioid and gasteromycetous fungi recorded from New Zealand. New Zealand Journal of Botany 39(2): 285-348.

Biostatus

Origin

Occurrence

Georegion

Schema

Biostatus source

Comment

Recorded in error

New Zealand

Political Region

Anon

Use of name in NZ not accepted by Horak. PDD material requires re-examination. = Omphalia colensoi/Omphalina sp. 'Rangitaiki'?

Nomenclature

Combination authors

Grgur.

Original authors

Cleland

Authors

(Cleland) Grgur.

Publication place

Grgurinovic, C.A. 1997: Larger Fungi of South Australia. Botanic Gardens of Adelaide and State Herbarium & .

Year published

1997

Publication page

334

Nomenclatural code

ICN

Basionym

Cantharellus brunneus Cleland 1927

Taxonomic rank

species

Canonical form

Hygrocybe brunnea

Classification

Kingdom

Fungi

Phylum

Basidiomycota

Class

Agaricomycetes

Order

Agaricales

Family

Hygrophoraceae

Genus

Hygrocybe

Species

brunnea

Synonyms

Associations

View full associations record

Association type

Associated organism

Association source

has host

Agathis australis (D.Don) Lindl.

PDD (1 records from [Not available].)

has host

Nothofagus solandri (Hook.f.) Oerst.

PDD (1 records from [Not available].)

Descriptions

Horak, E. 1990: Monograph of the New Zealand Hygrophoraceae (Agaricales). New Zealand Journal of Botany 28(3): 255-306.

Hygrophorus brunneus (Cleland) G. Stev. 1963 [1962]

Collections Examined

SPECIMEN: AUS: SA, Mt Lofty, Green Hill Road, 25 vii 1925, Cleland, ADW 13424 (holotype).

Illustrations

ICON.: Cleland (1934: 173); Stevenson (1962: 82).

Notes

Cleland's illustration does not correspond with the figures published by Stevenson. Hence the New Zealand record of C. brunneus remains doubtful. The smooth, inamyloid spores observed on the type material are conspicuously drop-shaped to subcommaform,7-9 x 4-4.5 um.