Observation 269918: Coniophora DC.

Notes:
Exuding droplets from hymenium, possible remnants of Exidia glandulosa host.

Slime mold? Fungal? Hypocrea?

Images

yellow crust.JPG
not quite in focus. sorree!

Proposed Names

1% (2)
Recognized by sight: yellow crust with whitish edges, changes to a muddy yellow brown.
bumpy hymenial surface, but not entirely convinced these are perithecial openings.
46% (2)
Recognized by sight
46% (2)
Recognized by sight

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= Observer’s choice
= Current consensus

Comments

Add Comment
I think that your first guess was a good one, Danny.
By: Debbie Viess (amanitarita)
2017-02-15 21:31:55 EET (+0200)

and it will probably just remain at Genus level.

Both C. arida and puteana are already on the PRNS master list. And apparently there are cryptics, too!

Mycologia. 2007 Sep-Oct;99(5):705-13.
Multilocus sequencing reveals multiple geographically structured lineages of Coniophora arida and C. olivacea (Boletales) in North America.
Kauserud H1, Shalchian-Tabrizi K, Decock C.
Author information
Abstract
Coniophora arida and C. olivacea (Coniophoraceae, Boletales) are widespread wood-decay fungi in temperate and boreal regions, occurring both in buildings and natural environments. Genetic variation and geographic structure among isolates of C. arida and C. olivaceae were investigated in this study, with an emphasis on North America. Multilocus sequencing of three DNA regions revealed three main lineages in C. arida and six in C. olivacea, some of which might represent cryptic species. Most of the lineages are present in North America, mainly in allopatry, suggesting recent or ongoing geographic speciation. One of the C. arida isolates included a high number of heterozygous sites and might represent a hybrid between two cryptic C. arida lineages. The data indicate out-crossing reproductive modes in both C. arida and C. olivacea. Together with other recent investigations of Coniophora species our data suggest that the genus comprises a significant number of cryptic species and is much more diverse than previously deduced from morphological characteristics.