S. Emilia Hannula

The paper uses isotope labeling to study microbial interactions during Agaricus bisporus compost colonization, revealing complex nutrient processing and the need for community composition in fungal biomass estimates.

This study examines how urbanization affects fungal community structure in coastal dune habitats, finding guild-specific responses and increased community uniqueness near cities.

The paper tracks microbial community changes in grassland and forest sites following land abandonment, showing increased functional diversity and decreased taxonomic diversity with ecosystem development.

This study shows how the thermotolerant fungus Pilidium lythri disrupts plant-soil microbiome stability without reducing diversity, by altering community assembly and interactions.