no-comestible

Ascocoryne sarcoides

(Jacq.) J.W.Groves & D.E.Wilson

INEDIBLE
1 / 3Ascocoryne sarcoides should be considered relatively common; it fruits on dead wood, stumps, or branches of broadleaf trees, with a preference for beech or oak.

Taxonomy

Main synonym

Ascocoryne sarcoides(Jacq.) JW Groves & DE Wilson

Common names

Mukizia ubel.

Geographic references:

Interactive map with data from GBIF.

Pileus
PileusNo
Stipe
StipeNo
Ring
RingNo
Volva
VolvaNo
Hymenium
HymeniumSmooth/Other

Morphological Features:

Fruiting bodies exhibit varying shapes depending on their developmental phase. In the conidial phase, they appear as erect, club-shaped structures bearing simple, lens-shaped conidia. The most well-known and typical primary form consists of gelatinous, cerebriform, or irregularly lobed aggregations, occasionally adopting other diverse shapes. In both phases, the entire structure is characterized by a uniform pale pink or lilac coloration; only when old do they become dull and purplish-brown.

Hymenium composed of asci containing largely septate spores, with up to 3 septa per spore, although not all are septate. Spore size varies considerably, potentially reaching approximately 20 µm by 4–5 µm.

Flesh pink in color with a gelatinous consistency; it lacks a distinctive odor and has a mild taste.

Habitat:

This species should be considered relatively frequent, fruiting on dead wood, stumps, or branches of broadleaf trees, with a preference for beech or oak. It typically appears with the onset of cold weather, during late autumn and even into winter.

Observations:

The conidial form, also referred to as the anamorph, of this species is regarded by various authors as a distinct entity under the name Coryne dubia. However, there exists a species that is macroscopically nearly identical to this one, Ascocoryne cylichnium, which features larger and much more heavily septate spores, with some possessing up to 7 septa; furthermore, its paraphyses are filiform with an apical thickening.

Microscopy of Ascocoryne sarcoides

No direct microscopy images available.

Other microscopic studies (Contributors)