Download Copy a link to this page Cite this record

Panellus metuloideus G. Stev. 1964

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

Click to collapse Details Info

Panellus metuloideus G. Stev., Kew Bull. 19 27 (1964)

Click to collapse Nomenclature Info

G. Stev.
G. Stev.
1964
27
ICN
Panellus metuloideus G. Stev. 1964
NZ holotype
species
Panellus metuloideus
HABITAT : on fallen wood in Beilschmiedia tawa forest, Keith George Park, Wellington, [New Zealand] 31.3.1949,Typus: Stevenson 465, Holotype K(M) 202923

Click to collapse Classification Info

metuloideus

Click to collapse Descriptions Info

Panellus metuloideus G. Stev. 1964

[GS] Pileus 3 x 2.5 cm., fuscous, moist, smooth, spathulate with down-rolled margin. Gills decurrent, creamy, shallow, moderately crowded with some forking, margins becoming serrulate. Stipe 3 X 4 mm., brown above, cream below. Spores 7-8 X 4~4.5um, amyloid, thin-walled (Fig. 1/55, p. 10). Metuloids 70 x 20um, pseudo-amyloid, with or without encrusting crystals, thick-walled, very abundant on gill-faces. HABITAT : on fallen wood in Beilschmiedia tawa forest, Keith George Park, Wellington, 31.3.1949, Stevenson (type). The cylindric amyloid spores of this fungus point to the genus Panellus where it is treated, but the very abundant pseudo-amyloid metuloids also relate it to the genus Hohenbuehelia. [EH] A glance at the illustrations shows that this species clearly has to be transferred to Hohenbuehelia. [JC] No lamellulae observed. The gill edge is slightly serrulate. The cap surface is polished chestnut brown. With a cream tomentum near attachment and white rhizoids. This is much darker than all previous species examined. A section through pileipellis shows a hyaline surface gelatinised layer, followed by a dark brown layer, followed by the medial stratum, followed once again by a dark brown layer adjacent to the hymenium. The double brown lines are quite clear under a stereo. Gloeosphex cheilocystidia are relativley few and mostly without apical globules. Spores most certainly inamyloid, length=5.9–7.4µm (µ=6.6, σ=0.34), width=3.9–5.2µm (µ=4.5, σ=0.36), Q=1.3–1.7µm (µ=1.46, σ=0.11), n=27.

Panellus metuloideus G. Stev. 1964

Pileus 3 x 2.5 cm., fuscous, moist, smooth, spathulate with down-rolled margin. Gills decurrent, creamy, shallow, moderately crowded with some forking, margins becoming serrulate. Stipe 3 x 4 mm, brown above, cream below. Spores 7-8 x 4-4.5 µm amyloid, thin-walled (Fig. 55). Metuloids 70 x 20 µm, pseudo-amyloid, with or without encrusting crystals, thick-walled, very abundant on gill-faces.
On fallen wood in Beilschmiedia tawa forest, Keith George Park, Wellington, 31.3.1949) Stevenson (type).
Pileus 3 x 2.5 cm, fuscus, humidus, laevis, spatulatus, margine deorsum involuto. Lamellae decurrentes, cremeae, haud altae, modice confertae, interdum furcatae, marginibus demum serrulatis. Stipes 3 x 4 mm, superne brunneus, inferne cremeus. Sporae 7-8 x 4-4.5 µm amyloideae, parietibus tenuibus. Metuloidea 70 x 20 µm, pseudo-amyloidea, crystallis plus minus incrustata, parietibus crassis, in lamellarum faciebus copiosissima.
The cylindric amyloid spores of this fungus point to the genus Panellus where it is treated, but the very abundant pseudo-amyloid metuloids also relate it to the genus Hohenbuehelia.
Typus: Stevenson 465.

Click to collapse Taxonomic concepts Info

Panellus metuloideus G. Stev. 1964
Panellus metuloideus G. Stev. 1964
Panellus metuloideus G. Stev. 1964
Panellus metuloideus G. Stev.
Panellus metuloideus G. Stev. 1964
Panellus metuloideus G. Stev. (1964)
Panellus metuloideus G. Stev. 1964
Panellus metuloideus G. Stev. (1964)
Panellus metuloideus G. Stev. 1964
Panellus metuloideus G. Stev. (1964)

Click to collapse Notes Info

typification
HABITAT : on fallen wood in Beilschmiedia tawa forest, Keith George Park, Wellington, [New Zealand] 31.3.1949,Typus: Stevenson 465, Holotype K(M) 202923

Click to collapse Metadata Info

1cb1b564-36b9-11d5-9548-00d0592d548c
scientific name
Names_Fungi
1 January 2000
7 July 2016
Click to go back to the top of the page
Top