Forests influence climate and mitigate global change through the storage of carbon in soils.
In turn, these complex ecosystems face important challenges, including increases in carbon …

Boreal forests are frequently subjected to disturbances, including wildfire and clear‐cutting.
While these disturbances can cause soil carbon (C) losses, the long‐term accumulation …

The eluvozems and soddy eluvozems on two-layered deposits dominating in the soil cover
of the Zvenigorod Biostation of Moscow State University, contain, on average, 65–83 t/ha of …

The soil microbiome plays major roles in the below-ground processes and productivity of
forest ecosystems. Atmospheric nitrogen (N) deposition is predicted to increase globally and …

Soil organic carbon (SOC) pool, the largest part of terrestrial ecosystem, controls global
terrestrial carbon balance and consequently presented carbon cycle-climate feedback in …

While the influence of boreal landscapes on plants has been investigated in the drastically
altered landscapes of Europe, we are lacking the knowledge on how the relatively intact …

A reliable assessment of the composition and properties of soils in forest ecosystems is the
basis for environmental monitoring, including monitoring of carbon pools and fluxes, which …

Fire in the boreal forests emits substantial amounts of organically bound carbon (C) to the
atmosphere and converts a fraction of the burnt organic matter into charcoal, which in turn is …

Humidity not only affects soil microbial respiration (SMR) directly, but, indirectly by regulating
the availability of soil water and nutrients. However, the patterns of direct and indirect effects …

A reliable assessment of the composition and properties of soils in forest ecosystems is the
basis for environmental monitoring, including monitoring of carbon pools and fluxes, which …