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Thamnomyces chocoënsis. Photo by Danny Newman.
Looking into the fungal dispersal of the Xylariaceae, evolutionary trends are beckoning. The timing of asexual and sexual spore production highlights the importance of reducing competition. From the tropics to the temperate ecosystems of North America, competition shows to be a driving force in the evolution of these saprobic species.
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Podoserpula pusio var. pusio by Petra Gloyn.
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Asterophora lycoperdoides growing on its dead host. Photo by Crystal (Squirrelgirl).
The diversity of ecological roles fungi carry out are staggering. Here, we have yet another fungal parasite that invades the tissue of living Russula and Lactarius species. Unlike many other gilled mushrooms, it depends mainly on its asexual chlamydospores for colonization and dispersal.
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Palaeoagaracites antiquus from 99 million year old amber.
These discoveries lead us to the notion that not only was fungal diversity high millions of years ago, but extremely complex fungal interactions where present. These interactions help shaped these ancient ecosystems from the bottom up. From decomposition rates, to mycoparasites to insect parasites, ancient fungi played integral roles and have clearly had their hand in shaping evolutionary trends.
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Grifola frondosa. Photo by Patrick Harvey.
An easy favorite amongst foragers because of its delicious flavor and staggering yields. Besides being delicious, nutritious and bountiful, for decades, Grifola frondosa has been analyzed for health benefits. Learn about how this species may benefit humans with diabetes!
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