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19-03-2026 19:34

Filip Fuljer Filip Fuljer

Hello everyone,a few days ago I collected this str

19-03-2026 18:25

William Slosse William Slosse

Good evening everyone, On 18/03/26 I found a few

17-03-2026 10:09

François Freléchoux François Freléchoux

Bonjour, Voici la description rapide d'un petit d

19-03-2026 15:58

Stefan Blaser

Hello everybody, I hope for some hints... Macro:

19-03-2026 17:50

Enrique Rubio Enrique Rubio

Hi to everybodyThese thiny, blackish pseudothecia

18-03-2026 13:09

Khomenko Igor Khomenko Igor

I recently examined Celtis occidentalis branches

17-03-2026 19:41

Bernard CLESSE Bernard CLESSE

Bonsoir à toutes et tous,Pourriez-vous m'aider à

18-03-2026 17:22

Katarina Pastircakova

Hi there,I'm looking for the following literature:

19-03-2026 10:56

Thomas Læssøe

https://svampe.databasen.org/observations/10505643

27-02-2026 11:21

Yannick Mourgues Yannick Mourgues

Hi to all. Here is a specie that can may be relat

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Ciboria sp.
Vasileios Kaounas, 10-03-2024 19:53
Vasileios Kaounasfound under cypress trees
but it wasn't on a needle. It was on a rotten leaf, from a plant, which I suspect belongs to one of the three, Urtica, Sonchus oleraceus or Asphodelus.
It's immature, so I didn't count spores. I was surprised that the ascs have such a pronounced curve.
Hans-Otto Baral, 10-03-2024 21:02
Hans-Otto Baral
Re : Ciboria sp.
Ciboria has a textura globulosa. There is a "Ciboria" asphodeli of which I have a folder in Clarireedia (Rutstroemiaceae). The margin tends to be dentate, however, and the spores multiguttulate when alive. You gave no size for the spores?
Vasileios Kaounas, 11-03-2024 11:49
Vasileios Kaounas
Re : Ciboria sp.
Otto not observed in the small and immature specimen who examined, textura globulosa. Unfortunately I can't confirm the plant. I will try to search again in the same place. The spores were few and all I can say is that these are the minimum and maximum values for what I saw 12.1 [15.1 ; 18.2] 21.2 × 5.3 [6.6 ; 7.9] 9.3 µm
Q = 2 [2.2 ; 2.4] 2.6 ; N = 9 ; C = 95%
Me = 16.7 × 7.3 µm ; Qe = 2.3