… in determining the distributions and competitive outcomes of the EM sister … of competition,
suggesting that their distributions were not limited by abiotic edaphic factors. In competition …

… Less frequent than predicted co-occurrence of species (avoidance) might be the result of
either antibiosis or a competitive hierarchy, either of which could result in the exclusion of one …

… For mycorrhizal fungi, evidence is accumulating that stochastic and competitive interactions
… interactions within a community of ectomycorrhizal ( ECM ) fungi. Co‐occurrence analysis …

… and loss of major gene families, ectomycorrhizal fungi have become highly reliant on the …
integrity by avoiding the release of degradative enzymes. Ectomycorrhizal fungi use diffusible …

… inherently poor competitive ability or host growth promotion, but that the timing of colonization
is a key factor determining the outcome of ectomycorrhizal fungal competitive interactions. …

… However, the factors that govern competition and coexistence within … competitive assays
between five ectomycorrhizal fungal strains to examine how competition and pH affect fungal …

… would specifically colonize distinct root zones to reduce the competitive … avoidance of
competition through spatial separation within the root system could explain the lack of competition …

… scale at which ectomycorrhizal fungi experience resource heterogeneity, competition, and
host … In studies involving multiple ectomycorrhizal fungi competing for host carbon, with niche …

… to mycorrhizal fungal dominance with increasing soil depth in all forest mycorrhizal types, …
niche differentiation or competitive exclusion of saprotrophic fungi by EcM fungi [7, 17]. …

… of the ectomycorrhizal fungi ranging from overgrowth to avoidance. The ectomycorrhizal fungi
… study, showed variations in their competitive abilities in paired culture with ectomycorrhizal …