White-rot fungi can convert inedible agricultural waste into highly nutritious, gourmet
mushrooms. These fungi have a plethora of enzymes allowing them to degrade some of the …

Dichomitus squalens, a wood-rotting fungus, can utilize recalcitrant biomass for growth;
however, the extracellular metabolic processes involved are not well understood. A …

Arbuscular mycorrhizal (AM) fungi are obligate biotrophs that acquire carbon (C) solely from
host plants. AM fungi can proliferate hyphae in, and acquire nitrogen (N) from, organic …

Nitrogen (N) accumulation into woody debris is well documented, but the forms of N
translocated, the mechanism through which this occurs (purportedly via translocation by …

The mechanisms underlying nitrogen (N)-regulated plant-fungi interactions are not well
understood. N application modulates plant carbohydrate (C) sinks and is involved in the …

White-rot fungi employ secreted carbohydrate-active enzymes (CAZymes) along with
reactive oxygen species (ROS), like hydrogen peroxide (H2O2), to degrade lignocellulose in …

Although it is well known that nitrogen (N) additions strongly affect ectomycorrhizal (EM)
fungal community composition, less is known about how different N application rates and …

The relationship between cool‐season grasses and fungal endophytes is widely regarded
as mutualistic, but there is growing uncertainty about whether changes in resource supply …

Many host-associated fungi are believed to be uncultivable because they have thus far
never been brought into culture. However, the absence of success in bringing a fungus into …

Microbial decomposers colonising submerged leaf litter are in close spatial proximity with
periphytic algae and can use carbon (C) exudates released during photosynthesis. We …