Mycorrhizal benefit to plants is most frequently evaluated through growth differences
between mycorrhizal (M) and non‐mycorrhizal (NM) plants. These growth differences are …

Elevated atmospheric inputs of NH4+ and NO3–have caused N saturation of many forest
ecosystems in Central Europe, but the fate of deposited N that is not bounded by trees …

Due to an increasing demand of forestry products, nitrogen (N) fertilization of coniferous
forests may in the future become a standard silvicultural practice in parts of the boreal region …

It has been predicted that the precipitation and atmospheric nitrogen (N) deposition will
increase in northern China. Though a variety of publications have documented the effects of …

Extramatrical mycelia (EMM) of ectomycorrhizal fungi are important in carbon (C) and
nitrogen (N) cycling in forests, but poor knowledge about EMM biomass and necromass …

Climate change, which leads to higher temperatures, droughts, and storms, is expected to
have a strong effect on both health of forest trees and associated biodiversity. The aim of this …

Mycorrhizal fungi can contribute to soil carbon sequestration by immobilizing carbon in living
fungal tissues and by producing recalcitrant compounds that remain in the soil following …

Forest ecosystems are undergoing unprecedented changes in environmental conditions
due to global change impacts. Modification of global biogeochemical cycles of carbon and …

The supply of carbon (C) from tree photosynthesis to ectomycorrhizal (ECM) fungi is known
to decrease with increasing plant nitrogen (N) supply, but how this affects fungal nutrition …

Climate change has important implications on the abundance and range of insect pests in
forest ecosystems. We studied responses of root-associated fungal communities to …