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 …

Fungal community composition often shifts in response to warmer temperatures, which might
influence decomposition of recalcitrant carbon (C). We hypothesized that evolutionary trade …

Climate warming is predicted to affect temperate forests severely, but the response of fine
roots, key to plant nutrition, water uptake, soil carbon, and nutrient cycling is unclear …

The direction and magnitude of climate warming effects on ecosystem processes such as
carbon cycling remain uncertain. Soil fungi are central to these processes due to their roles …

Climate warming is expected to have particularly strong effects on tundra and boreal
ecosystems, yet relatively few studies have examined soil responses to temperature change …

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 …

Soil microclimate is a potentially important regulator of the composition of plant‐associated
fungal communities in climates with significant drought periods. Here, we investigated the …

Ectomycorrhizal (ECM) fungi can influence the establishment and performance of host
species by increasing nutrient and water absorption. Therefore, understanding the response …

Soil fungi are key regulators of forest carbon cycling and their responses to global change
have effects that ripple throughout ecosystems. Global changes are expected to push many …

Fungi are principal actors of forest soils implied in many ecosystem services and the
mediation of tree's responses. Forecasting fungal responses to environmental changes is …