Notes: These myco-herotrophic plants are sprouting up everywhere in this small canopy of Western red cedar, Douglas fir and Hemlock trees. We tend to come across a large abundance of various Russula species in this canopy in late August to November.
Note the first few images that show the rhizomatous/mycelial cluster that the Monotropa has attached to-and is gaining nutrients from.
The 4th image shows young specimens along with dried- black specimens (in my hand) from last summer that still remain nearby.
Mainly R. brevipes and R. xerampelina fruit in this canopy in fall.
|I’d Call It That||3.0||14.80||3||(Shroomin Yooper,Hendre17,T. Sage)|
sum(score * weight) /
(total weight + 1)
If that is extramatrical mycelium, where are the plants roots?
are listed as common symbiotes with monotropa in multiple sources. I have photographed and collected R. xerampelina and R. brevipes from that exact spot for multiple fall seasons, and When I pulled up the single flower this entire clump of threads/dirt and buds of small Monotropa all came along for the ride. I have only experienced the same activity when pulling up an ectomycorhizal, mycorhizal or hypogeous fungi. I still could be wrong, but pretty confident that the host species of fungi for these Monotropa are Russula.
How can you tell that it is attached to a rhizomatous/mycelial cluster? I know this is supposed to happen, but how can you be sure this is R. or any other mushroom?
Created: 2011-07-06 00:50:03 CEST (+0200)
Last modified: 2011-07-07 00:02:52 CEST (+0200)
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