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Kosonen, T.; Huhtinen, S.; Hansen, K. 2020: Taxonomy and systematics of Hyaloscyphaceae and Arachnopezizaceae. Persoonia - Molecular Phylogeny and Evolution of Fungi: 26-62.

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Kosonen, T.; Huhtinen, S.; Hansen, K. 2020: Taxonomy and systematics of Hyaloscyphaceae and Arachnopezizaceae. Persoonia - Molecular Phylogeny and Evolution of Fungi: 26-62.
10.3767/persoonia.2021.46.02
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Numerous publicly available sequences named A. aurata represent A. delicatula and the confusion between these two species is clarified. ...
A. aurata is distinguished from A. delicatula by narrower, pointed and straight or curved spores, with regularly 6–7 septa. ...
A. delicatula can be distinguished from A. aurata by the width of the spores that are on average wider in A. delicatula (3–3.5 µm wide in the longest spores) and by the Q-value that is in average less than 20 in A. delicatula and above 20 in A. aurata.
A. delicatula can be distinguished from A. aurata by the width of the spores that are on average wider in A. delicatula (3–3.5 µm wide in the longest spores) and by the Q-value that is in average less than 20 in A. delicatula and above 20 in A. aurata.

Based on our results Hyaloscyphaceae s.str. embraces Hyalo­scypha, Eupezizella, Olla, Mimicoscypha and Resinoscypha. In addition, several species currently accepted in Hyalopeziza belong to this clade. The genera included have hyaline or whitish to greyish apothecia, and they all have hairs, which are often dextrinoid. The hair morphology varies, from cylindrical to tapering, from aseptate to multiseptate, as well as ranging from thin-walled to thick-walled or to solidified (‘glassy’). The ectal excipulum is of predominantly thin-walled textura pris­matica, which is occasionally dextrinoid or has small amyloid inclusions.

Hyaloscypha and Eupezizella both have aseptate apothecial hairs, but in Eupezizella the hairs are always blunt and are never dextrinoid. The occasional amyloid nodules in the excipulum of Eupezizella have not been observed in Hyaloscypha. The latter character is shared with some of the other members of Hyaloscyphaceae s.str. (e.g., Mimicoscypha). Eupezizella is highly supported as a sister group to Hyaloscypha.

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df5148f3-498c-4019-94b4-e25605e170c7
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18 November 2020
7 September 2021
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