The genus may be Badhamia sp. but I cannot be sure. Doing a little research, the plasmodium of both Badhamia and Physarum polycephalum can look pretty much the same. So, to an untrained eye, such as mine, they may be easily confused. Anyway this…
I oftentimes use my Axiostar much like a CMO dissecting microscope, the scale bar was made by photographing a plastic ruler at 100x, so I cannot attest to its accuracy, however a microscope stage micrometer is in my future. Corticolous myxomycetes…
Could be P. polycephalum, not sure. However there are quite a number of cellular (social amoebae) slime mold fruit bodies, appearing as bright specks of dust, associated with it. These are Dictyostelium.
"I would venture a guess that human activity, insects, wind, and wildlife all play a role in the dispersal of slime molds. As for displacement of other organisms, I really haven't given much thought too but it could be possible I…"
"Eucalyptus is something unheard of here in the Blue Ridge Mountain range but I am no stranger to them as California has plenty of them but back when I lived out there, I had not heard of slime molds. These are quite interesting, are there any…"
"You know, amoebae are wonderful organisms. It amazes me how so many can become one large multinucleate organism to produce something so detailed and wonderful. Another great shot with lots and lots of detail, love it."
What is your interest in slime moulds? (we need to know you're not a bot or spamster)
Citizen scientist, amateur naturalist and researcher who studies Eumycetozoans among others. Currently my studies are of corticolous myxomycetes, fungi and other tree bark-dwelling organisms. Other interests include Paleontology, Geology, Mass extinctions, Evolution and environmental science