Journal
LIFE-BASEL
Volume 11, Issue 6, Pages -Publisher
MDPI
DOI: 10.3390/life11060518
Keywords
agaricales; endophytes; fungal-bryophyte ecology; pyrophilous fungi; wildfire
Categories
Funding
- National Science Foundation [DEB 1733750]
- University of Illinois [DEB 1733854]
- Rhodes Trust
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Some post-fire fungi can form endophytic/endolichenic relationships with plants and lichens. Visual examination under laboratory conditions revealed physical interactions between a post-fire fungus and a moss. This study provides additional support for P. carbonaria having multiple strategies in how it obtains nutrients from the environment, and provides the first visual documentation of these structures in vitro.
Wildfires play a critical role in maintaining biodiversity and shaping ecosystem structure in fire-prone regions, and successional patterns involving numerous plant and fungal species in post-fire events have been elucidated. Evidence is growing to support the idea that some post-fire fungi can form endophytic/endolichenic relationships with plants and lichens. However, no direct observations of fire-associated fungal-moss interactions have been visualized to date. Therefore, physical interactions between a post-fire fungus, Pholiota carbonaria, and a moss, Polytrichum commune, were visually examined under laboratory conditions. Fungal appressoria were visualized on germinating spores and living protonemata within two weeks of inoculation in most growth chambers. Appressoria were pigmented, reddish gold to braun, and with a penetration peg. Pigmented, reddish gold to braun fungal hyphae were associated with living tissue, and numerous mature rhizoids contained fungal hyphae at six months. Inter-rhizoidal hyphae were pigmented and reddish gold to braun, but no structures were visualized on mature gametophyte leaf or stem tissues. Based on our visual evidence and previous work, we provide additional support for P. carbonaria having multiple strategies in how it obtains nutrients from the environment, and provide the first visual documentation of these structures in vitro.
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