The roots of Salix spp. can be colonized by two types of mycorrhizal fungi (ectomycorrhizal
and arbuscular) and furthermore by dark-septate endophytes. The fungal root colonization is …

Low supply of the nutrients nitrogen (N) and phosphorus (P) limit plant growth and
spreading, and increase the plant-microbial nutrient competition in subarctic and arctic …

This thesis investigates the significance of different mycorrhizal fungi, belonging to different
functional types (arbuscular mycorrhiza-AM and ectomycorrhiza-EcM), in Salix repens. A …

The aim of this work was to investigate the quantitative relationships between the rates of
fungal soil exploration and their effects on plant growth and phosphorus (P) nutrition in soil …

The species‐specific microbial root and rhizosphere colonization contributes essentially to
the plant nutrient supply. The species number and colonization densities of cultivable …

Soil fungi are strongly affected by plant species or genotypes since plants modify their
surrounding environment, but the effects of plant genotype diversity on fungal diversity and …

The limited availability of soil phosphorus to plants under salinity stress is a major constraint
for crop production in saline soils, which could be alleviated by improving mycorrhizal and …

Plant species influence soil microbial communities, mainly through their functional traits.
However, mechanisms underlying these effects are not well understood, and in particular …

The seasonality of arbuscular mycorrhizal (AM) fungi–plant symbiosis in Lotus glaber Mill.
and Stenotaphrum secundatum (Walt.) OK and the association with phosphorus (P) plant …

Arbuscular mycorrhizal fungi (AMF) are important symbionts of many plant species,
facilitating the acquisition of soil nutrients by roots. We hypothesized that AMF root …