
15-08-2025 12:47
Philippe PELLICIERBonjour, j'ai récolté cette Scutellinia au Col d

15-08-2025 21:50

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

13-08-2025 12:17
De ayer en la misma muestra que el Ascobulus anter

13-08-2025 22:41

I found this species on decaying wood in Québec,

14-08-2025 17:32

Hello.In the course of forthcoming paper about Geo

15-08-2025 07:20

Hello, a few days ago I have collected this Tarzet

13-08-2025 12:01
De ayer en KK de vacunoAscas con 20 o mas esporasa

12-08-2025 19:44
Could someone send me a pdf copy of this article?S

11-08-2025 20:31
Jorge HernanzNous avons trouvé cette espèce dans des habitats
Hello
Perithecium very small, barely visible without a magnifying glass.
ASCI - reaction to the iodine did not notice.
Spores - change the color to olive under the influence of iodine.
(15.8) 16.6 - 22.3 (22.5) × (6.3) 6.4 - 7.2 (7.5) µm
Q = (2.3) 2.4 - 3.3 (3.4); N = 12
Me = 19.2 × 6.8 µm; QE = 2.8
I have no idea.
Mirek
I do not know if Ascomata is properly mature so I keep them alive. I will try to examine again for some time.
I do not know this species but worried me spores.
At Sydowiella ambigua, there is a visible stenosis at the septa. In my spores I did not notice it?
Thanks for the suggestions.
greetings
Mirek
Their Olive Colore leads me towards Amphisphaeria?
Also the characteristic Septa in the spores indicates this type.
With such features I came to two species:
Amphisphaeria Vibratilis - here all the features agree in addition to the dimensions of spores. Difference too big to recognize my find for this species, although I saw so marked on the internet, with such dimensions of spores.
Next species, whose dimensions of spores better fit, are Amphisphaeria Micheliae, which was also listed with Prunus.
In this species, however, there should be a blue reaction asci, which is not observed.
In this situation, unfortunately but I will not find solutions for this collection unless someone friendly help.
I think will remain: Amphisphaeria Sp.
Spores - new measurement
(18.8) 19 - 20.16 (20.2) × (7.5) 7.6 - 8 µm
Q = (2.5) 2.51 - 2.59 (2.6) ; N = 8
Me = 19.6 × 7.7 µm ; Qe = 2.5
greetings
Mirek