Fungal communities are important for carbon (C) transformations in boreal forests that are
one of the largest C pools in terrestrial ecosystems, warranting thus further investigation of …

The boreal forest environment plays an important role in the global C cycle due to its high
carbon storage capacity. However, relatively little is known about the forest fungal …

Beech forests reaches its native distribution limit in SE Norway, but is expected to expand
substantially northwards due to climate warming. This may potentially result in a …

Boreal forest soils store a major proportion of the global terrestrial carbon (C) and below‐
ground inputs contribute as much as above‐ground plant litter to the total C stored in the …

Climate change is causing upward shift of forest lines worldwide, with consequences for soil
biota and carbon (C) sequestration. We here analyse compositional changes in the soil …

Fungal communities have been shown to be highly sensitive toward shifts in plant diversity
and species composition in forest ecosystems. However, little is known about the impact of …

Increased CO2 emissions and global warming may alter the composition of fungal
communities through the removal of temperature limitation in the plant–soil system, faster …

The northern regions are experiencing considerable changes in winter climate leading to
more frequent warm periods, rain-on-snow events and reduced snow pack diminishing the …

We compared the δ 13 C and δ 15 N of forest material with an extensive sporocarp
collection to elucidate the role of litter, wood and soil as fungal carbon and nitrogen sources …

Forest soils harbor hyper-diverse microbial communities which fundamentally regulate
carbon and nutrient cycling across the globe. Directly testing hypotheses on how …