Human activities have increased atmospheric emissions and deposition of oxidized and
reduced forms of nitrogen, but emission control programs have largely focused on oxidized …

Addition of nitrogen (N) to forest soil may alter wood decay rates and fungal community
structure and richness. In a northern Sweden Pinus sylvestris L. forest, two levels of …

Net primary production in boreal coniferous forests is generally severely limited by N
deficiency. Nitrogen fertilization has thus the potential to strongly increase forest tree …

Atmospheric nitrogen deposition can alter soil microbial communities and further impact the
structure and function of forest ecosystems. However, most studies are focused on positive …

Nitrogen (N) addition can stimulate tree growth; however, the strength of this growth effect
usually changes over time and the factors underlying these responses are not fully …

Soil organic matter (SOM) is a critical component of the global carbon cycle, storing more
organic carbon than the atmosphere and global vegetation combined. Plant-derived organic …