… microorganisms, such as plant growth promoting bacteria (PGPB… and mycorrhiza fungi in
the willow rhizosphere and bulk soil. … Glomeromycota formed intimate mycorrhizal associations …

… microorganisms can increase the available P in soil and … The level of plant association may
be affected by soil properties, climate… after day 7 and presented as colony forming units (cfu). …

… with forming beneficial associations with ectomycorrhizal … ) and willow (Salix sitchensis)
trees growing on nutrient-poor … the six bacterial strains had a significant positive affect on the …

… to enhance the growth of willows in salt-affected soils. … salt tolerance-related gene expression
of willows. This investigation … The bacterial inoculum was 1 × 10 10 colony forming units (…

… Ectomycorrhizas can colonize more than 80% of the willow’s … The most common morphotypes
in this study were formed by … This strain can play a role in plant growth promotion and …

… affecting EcM communities in hybrid zones. We analysed the EcM communities associated
with willows in … We detected diverse EcM fungi forming non-modular and unnested networks, …

… physiology, rhizosphere soil microorganisms and metabolic … a H 2 O 2 ‑titanium complex
formed in the reaction of H 2 O 2 … and fungal communities were not significantly affected by the …

… related to soil factors and which physicochemical factors affect the composition of bacterial
community most in the soil … specific groups formed by the inoculation of ectomycorrhizal fungi …

… , which corresponded with increased ectomycorrhizal fungal … Alder roots also associate
with the N-fixing bacterium … willow plants are present, as willow were not present at our forest …

… Analysis of seedling growth promotion and foliar 15N…………… The association of diazotrophic
bacteria with nodule-forming … on N-free media from young poplar and willow trees growing …