Soil fungi play critical roles in ecosystem processes and are sensitive to global changes.
Elevated atmospheric nitrogen (N) deposition has been well documented to impact on …

Atmospheric nitrogen (N) deposition has increased dramatically since preindustrial times
and continues to increase across many regions of the Earth. In temperate forests, this agent …

Root-associated fungal communities play a key role in plant productivity and soil processes
in forest ecosystems. However, how diversity and composition of root-associated fungi …

While the effect of nitrogen (N) deposition on belowground carbon (C) cycling varies,
emerging evidence shows that forest soils dominated by trees that associate with …

Mushrooms play an important role in the maintenance of ecosystem processes and
delivering ecosystem services, including food supply. They are also an important source of …

Soil microbes decompose soil organic matter by producing various extracellular enzymes,
and also regulate soil carbon (C) and nutrient cycles. However, how shifts in soil microbial …

Chronic nitrogen (N) deposition from anthropogenic emissions alter N cycling of forests in
Europe and in other impacted areas. It disrupts plant/microbe interactions in originally N …

Mycorrhizal fungi with different nutrient acquisition strategies influence plant species
performance and physiology, thereby defining their trophic niche. This might drive resource …

Fertilization will cause changes in crop growth, soil microbial community and multiple
ecosystem functions, but it is unclear whether and how the optimal productivity obtained by …

Atmospheric deposition of nitrogen (N) influences forest demographics and carbon (C)
uptake through multiple mechanisms that vary among tree species. Prior studies have …