Searching for an identification on the internet proved to be a bit difficult as none of the resources I normally used yielded a good fit for the characteristics of this one. I came upon this taxon that appeared to match quite well but there seems to be a lack of solid documentation on it. Help confirm?
Lots of fruiting bodies at various stages on one log
Under mixed hardwoods, oaks, pine.
Specimen collected.
Update: Fruiting from a decaying coniferous log in a moist micro-climate of a steep, dry, seasonal streambed in mixed Pinus, Pseudostuga, and Abies forest.
8-spored ascii. Spores ellipsoid, smooth, hyline, eguttulate, and averaged 17.4 x 10.8 microns. All macro and micro features are a good match for C. vernalis
https://pfistergroup.oeb.harvard.edu/files/dpfister/files/perry_chaetothiersia_vernalis.pdf
Hopefully this will be spared during the road construction in progress on River Road!
Fruiting from soil in a gravel road. Collection made, will update with micro.
Spores smooth, colorless, +/- ellipsoid, and measured 7.5-11 x 3.5-5 microns at 1000x with analog reticle. Stature, habitat, and spore size seem to be a pretty good match for Hemimycena ignobilis.
Last 3 photos are at 1000x, reticle measure 1:1, showing asci and paraphyses. Unfortunately I was not able to find any mature spores. Photos 7 and 10 are mounted in Lugol's, no reaction.
I found it and lost it before I could get a picture of it. Just one, under oak and pine. Olive brown, with a split squamulose cap. Smells like wet potato. Location is accurate.
First collection of this species for the day was somewhat nearby, by @stellar_viscera. Her observation is at https://www.inaturalist.org/observations/57965424
Found in an area with mostly Abies and Tsuga heterophylla. About 20 ft from a stream, moist but not in flowing water. We found two collections looking exactly like this in separate locations in the area. Someone on Facebook suggested Vibrissea piceicola nom prov. I am trying to get more information to compare to that species. The color and shape does not appear to be the same as V. truncorum. Here is a listing https://www.nahuby.sk/obrazok_detail.php?obrazok_id=622606&poradie=6&form_hash=gallery Here are some pics from H.-O. Baral gdrive https://drive.google.com/drive/folders/0B5SeyOEkxxZhdnVlckhrSDhNc3M?usp=sharing
Micro photos show asci (one measured at 280 microns), paraphyses (filiform, clavate tips, ~7 septate), spores. All parts inamyloid. Spores are threadlike, about 1 micron wide and very long, (143) 200-235 microns, although they are somewhat difficult to measure because many of them are curved. Updated 6/19 with stereo scope photo of stipe showing some hairiness, although only white.
Update 3/9/21 I received a key to Vibrissea including V. piceicola no prov from Has-Otto (AKA Zotto) Baral, listing its spores as 150-180(-200) microns. So these spores might be a bit too large.
Sequencing data came back, see comment below and sequence listed. I am a novice at interpreting that data, so am unsure if it tells us anything conclusive.
Michael Beug wrote: "Your collection looks fairly similar to the third MatchMaker illustration identified as V. truncorum, a photo by Steve Trudell that is also in his book with Joe Ammirati (Mushrooms of the Pacific Northwest). Another one that looks a bit similar is a Vancouver Island collection by the Ceskas on https://mushroomobserver.org/99118."
Bee Marcotte found this form first on the day we saw it, in the same forest but not that close to this one. Her observation is here: https://www.inaturalist.org/observations/57965424 And there are similar looking somewhat local ones observed at https://www.inaturalist.org/observations/28072973 and https://www.inaturalist.org/observations/6697950
The coolest find of the day. A Zombie Land of flies - 9 total flies in a 5 ft x 5ft area in different states of Entomophthora muscae infection. One fly was still moving and the infection had only caused one wing to be bent up and non-functional. I could touch it with my finger and it didn't run away. During the course of photographing the other flies this still living one climbed to the top of the plant that I had found it on, which is textbook behavior for the infection as some how the mycelium grows into a portion of the fly brain that makes it want to climb to a high place for better spore dispersal
Found under Eucalyptus in a parking lot median. No other species of trees within 100ft.
6 blue gum within 15 ft radius.
Closests other tree species is a plane tree 50 ft away
Quercus agrifolia 200 ft away, downslope from parking lot
This semi-hypogeous species has an internal branched structure - the ‘columella’. In combination with the semi-above ground fruiting habit, and the bright golden-peridium, this species is easy to identify.
Growing with Douglas-fir.
If there was any scent I’d call it very faintly phenolic. No staining that I could see.
Mycena sp. 'Nile River'. Went back after a tip from J. Cooper that these might be bioluminescent. They were emitting a faint glow.
Exposure times of 6-8 minutes at f/8 and ISO 3200 were reasonable. Some post-process tweaking.
The photo is a focus stack of 61 shots taken with the Laowa extreme macro lens on a Sony a7rII camera.
Emetic Russula (Russula emetica) like the name implies,will make you puke if you eat it. Not really poisonous because it wont kill you,but not edible either,unless your belemic. They also taste very hot.
Found in a sugar maple tree. Opened cocoon to find live female pupa.
I drove 6 hours in one night specifically to meet this caterpillar. What a precious fat baby.
Observation of progression of development from 5/6 to 5/18, at which point it reached full size. The date of each photo in order is 5/6, 5/7, 5/9, 5/10, 5/11, 5/12, 5/18, 5/26, 6/10 and finally 7/7
I took these home and kept them refrigerated, and then a week later took them out and left them on the counter to warm up. Over the course of the next 30-60 minutes, spores were ejected profusely. Moved them to a new location to see how long this process would go on... no further spores were released. Interesting also to note the tiny hairs on the head under magnification.
Glandular dots on stipe and blueing reaction at base diagnostic of Leccinum.