There is evidence that anthropogenic nitrogen (N) deposition enhances carbon (C)
sequestration in boreal forest soils. However, it is unclear how free‐living saprotrophs …

It is proposed that carbon (C) sequestration in response to reactive nitrogen (Nr) deposition
in boreal forests accounts for a large portion of the terrestrial sink for anthropogenic CO 2 …

Atmospheric nitrogen (N) deposition has frequently been observed to increase soil carbon
(C) storage in forests, but the underlying mechanisms still remain unclear. Changes in …

Litter decomposition is an enzymatically-complex process that is mediated by a diverse
assemblage of saprophytic microorganisms. It is a globally important biogeochemical …

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 …

Ecosystems worldwide are receiving increasing amounts of reactive nitrogen (N) via
anthropogenic activities with the added N having potentially important impacts on …

Soil carbon (C) dynamics are closely mediated by microorganisms and microbial residues
could constitute a significant pool of soil organic C (SOC). However, little is known about the …

Nitrogen (N) enrichment is an element of global change that could influence the growth and
abundance of many organisms. In this meta‐analysis, I synthesized responses of microbial …

Forest soil organic carbon (SOC) is one of the largest reservoirs of terrestrial carbon (C) and
is a major component of the global C cycle. Yet there is still uncertainty regarding how …

Increased soil nitrogen (N) from atmospheric N deposition could change microbial
communities and functions. However, the underlying mechanisms and whether soil …