Download Copy a link to this page Cite this record

Corticium griseliniae G. Cunn. 1963

Scientific name record
Names_Fungi record source
Is NZ relevant
This is a synonym
This record has descriptions

Click to collapse Details Info

Corticium griseliniae G. Cunn. 1963

Click to collapse Nomenclature Info

G. Cunn.
G. Cunn.
1963
330
ICN
Corticium griseliniae G. Cunn. 1963
NZ holotype
species
Corticium griseliniae
Griselinia lucida: [New Zealand], Wellington, Mt. Tongariro, 900 m, holotype PDD 17424

Click to collapse Classification Info

griseliniae

Click to collapse Descriptions Info

Corticium griseliniae G. Cunn. 1963

Specific features are the small, globose, verruculose spores, slender frequently inflated paraphysate hyphae, and encrusted hyphae embedding masses of crystals. The hymenial surface is finely tuberculate, suggesting a Grandinia, but in the context there is no suggestion of regular spines. When old it is also coloured alutaceous in irregular patches. Plants are chalky and brittle, consequently difficult to section.
As in C. flagellatum, the context is composed of a basal layer (fig. 3, a) of repent hyphae from which arise hyphae of the intermediate layer (fig. 3; b), branched at a wide angle, scantily developed, and embedding masses of calcium crystals. The hymenial layer (fig. 3, c) consists of a narrow subhymenium and a palisade of basidia, paraphyses, and paraphysate hyphae. The last project and are cylindrical, aculeate, or capitate. Spores are globose with finely verruculose walls. Clamp connections are present at all septa.
Below is given a general account of the morphology of the types of hymenophore present in different species and genera, together with particulars of ancillary organs which may be present in the tissues.
COMPOSITAE. Olearia rani: Auckland, Ruatewhenua, Waitakere Ranges, 300 m. CORNACEAE. Griselinia hecida: Wellington, Mt. Tongariro, 900 m, type collection, P.D.D. herbarium, No, 17424; Blyth Track, Ohakune, 700 m. Nelson, Lake Rotoiti, 700 m. Otago, Alton Valley, Tuatapere, 200 m.
Hymenophore annual, cretaceous, brittle, arescent, adherent, effused forming irregular areas to 10 x 3 cm, with scattered outlying islands; hymenial surface white, then cream, finally alutaceous or buff in irregular patches, finely closely tuberculate, not creviced; margin thinning out, white, finely fibrillose, adherent. Context white, 150-200 µ thick, basal layer of a few repent hyphae, intermediate layer of loosely intertwined hyphae embedding masses of crystals; generative hyphae 2.5-3 µ diameter, walls 0.1 µ thick, finely crystal encrusted, with clamp connections. Hymenial layer to 35 µ deep, a scanty palisade of basidia, paraphyses, and paraphysate hyphae. Basidia subclavate, 14-18 x 4.5-5 µ, bearing 4 spores; sterigmata arcuate, slender, to 6 µ long. Paraphyses subclavate, 12-15 x 3.5-4 µ, some encrusted. Paraphysate hyphae projecting to 20 µ, scanty or abundant, fusiform or aculeate, some slightly capitate, 28-35 x 4-5 µ. Spores globose or subglobose, 4.5-6 µ diameter, walls finely verruculose, hyaline, 0.1 µ thick; spines to 0.5 µ long
TYPE LOCALITY: Mt. Tongariro, Wellington, New Zealand.
DISTRIBUTION: New Zealand.
HABITAT: Effused on decorticated decayed wood of branches.
Hymenophorum ceraaceum, fragile, adnatum, effusum; superficie alba deinde cremes, demum alutacea vel bubalina, subtiliter tuberculata, non rimosa. Hyphae generatoriae fibulatae, 2.5-3 µ diam. Basidia subclavata, 14-18 x 4.5-5 µ, 4 sporis. Sporae globosae vel subglobosae, 4.5-6 µ diam., parietibus subtiliter verruculosis, hyalinis. On decorticated decayed wood of Griselinia lucida, Mt. Tongariro, Wellington, N.Z.

Click to collapse Taxonomic concepts Info

Corticium griseliniae G. Cunn. 1963
Corticium griseliniae G. Cunn. (1963)
Corticium griseliniae G. Cunn. 1963
Corticium griseliniae G. Cunn. (1963)

Click to collapse Notes Info

typification
Griselinia lucida: [New Zealand], Wellington, Mt. Tongariro, 900 m, holotype PDD 17424

Click to collapse Metadata Info

1cb184cc-36b9-11d5-9548-00d0592d548c
scientific name
Names_Fungi
13 July 1998
5 March 2019
Click to go back to the top of the page
Top