The most influential environmental drivers of macrofungal species composition were studied in managed, even-aged, mixed forests of Őrség National Park, Hungary. Functional groups of macrofungi were analyzed separately by non-metric multidimensional scaling and redundancy analysis exploring their relations to tree species composition, stand structure, soil/litter conditions, microclimate, landscape, and management history. There was some evidence that macrofungi are related to drivers that are relatively easy to measure. Wood-inhabiting fungal species composition is driven primarily by the species composition of trees, while substratum properties and microclimate play minor roles. The terricolous saprotrophic community was determined principally by a litter pH gradient involving tree species composition and soil/litter properties. Microclimate had no concordant effect. No obvious underlying gradients were detected on ectomycorrhizal fungal species composition; however, tree size and litter pH had significant effects. For each group, no clear responses to landscape or management history were detected.
Kutszegi G., Siller I., Dima B et al (2015): Drivers of macrofungal species composition in temperate forests, West Hungary: functional groups compared; Science Direct, Fungal Ecology 17 (69-83)
Kutszegi Gergely, Siller Irén, Dima Bálint, Takács Katalin, Merényi Zsolt, Varga Torda, Turcsányi Gábor, Bidló András, Ódor Péter (2015): Drivers of macrofungal species composition in temperate forests, West Hungary: functional groups compared; Science Direct, Fungal Ecology 17 (69-83)
Kutszegi és mtsai (2015)
biodiversity: fungus, lichen
Science Direct, Fungal Ecology
ER Archívum (2015/P-001/1, 2015/P-001/2)
scientific paper, conference (full) paper