Multispecies mutualisms, such as the association between trees and ectomycorrhizal fungi,
are often shaped by environmental context. Here, we explored the functional mechanisms …

Plants and mycorrhizal fungi influence each other's abundance, diversity, and distribution.
How other biotic interactions affect the mycorrhizal symbiosis is less well understood …

Although the importance of plant‐associated microbes is increasingly recognized, little is
known about the biotic and abiotic factors that determine the composition of that microbiome …

ABSTRACT A large part of ecosystem function in woodland systems depends on soil fungal
communities. However, global climate change has the potential to fundamentally alter these …

Many trees depend on symbiotic ectomycorrhizal fungi for nutrients in exchange for
photosynthetically derived carbohydrates. Trees growing in peatlands, which cover 3% of …

The interactions among climate change, plant genetic variation and fungal mutualists are
poorly understood, but probably important to plant survival under drought. We examined …

Premise of the Study Understanding distributions of plant‐symbiotic fungi is important for
projecting responses to environmental change. Many coniferous trees host ectomycorrhizal …

Ectomycorrhizal (EM) fungi are ubiquitous in temperate and boreal forests, comprising over
20,000 species forming root symbiotic associations with Pinaceae and woody angiosperms …

Although the eco-evolutionary dynamics of multicellular organisms are intertwined with the
microorganisms that colonize them, there is only a rudimentary understanding of how a …

Ectomycorrhizal (ECM) fungal community composition is structured by soil properties, but
specialization for woody microsites by ECM fungi is equivocal. Because fungal mycelia …