Your Weekly Dose of Mycology Research
Your Weekly Dose of Mycology Research
This study examines shifts in plant-fungal symbiont interactions under prolonged warming in subalpine grasslands. Over 29 years, experimental warming led to a 150% increase in woody vegetation, reduced reliance on mycorrhizal fungi by 17-20%, and a 10% rise in soil saprotrophic fungi. These shifts suggest a move toward more conservative ecosystems, resembling desert shrublands.
This study investigates the fungal communities in eastern larch beetle (Dendroctonus simplex) galleries amid a prolonged outbreak in Minnesota's Larix laricina forests. Researchers identified 45 fungal species, four being novel Ophiostomatales, and propose taxonomic revisions for Leptographium simplex. Dominant among the isolates was Ascomycota, particularly the Ophiostomatales.
In dry tropical forests of Mexico, two novel Tulostoma species, T. parvirufula and T. chamelensis, have been identified. Morphological analysis and DNA sequencing reveal distinctive traits, such as spore sac size and basidiospore ornamentation. Phylogenetic studies place them near clade 11, highlighting their unique evolutionary lineage and enriching our understanding of Tulostoma diversity.
In a groundbreaking study, researchers present the first comprehensive multilocus phylogeny of the lichen genus Micarea (Ectolechiaceae, Ascomycota), revealing it as monophyletic when expanded to include Fellhaneropsis and Szczawinskia. Utilizing five genetic loci across 314 specimens, the study identifies four novel species and proposes refined taxonomic classifications within Micarea.