Microbes depolymerize soil organic matter to supply themselves with carbon (C), and
nutrients such as nitrogen (N) and phosphorus (P). In this way, microbial resource limitations …

Soil microbes act as “players” in regulating biogeochemical cycles, whereas environmental
heterogeneity drives microbial community assembly patterns and is influenced by stochastic …

Plant–microbe–soil interactions control over the forest biogeochemical cycling. Adaptive
plant–soil interactions can shape specific microbial taxa in determining the ecosystem …

Background The microbial community structure in forest soils is expected to change in
response to global environmental change, such as climate warming and nitrogen …

Forest soils are a pressing subject of worldwide research owing to the several roles of
forests such as carbon sinks. Currently, the living soil ecosystem has become dreadful as a …

Despite important progress in understanding the influence of deforestation on the bacterial α
diversity and community structure at local scales, little is known about deforestation impacts …

Intensive forest management practices, such as fertilization, understory removal and deep
tilling, play an important role in improving plant growth in forests through altering nutrient …

Studying the variations in soil microbial community diversity and structure along a climate
gradient can help to understand the impact of climate change on ecosystem functions …

Soil microbial communities are engineers of important biogeochemical processes and play
a critical role in regulating the functions and stability of forest ecosystem. However, few …

Plant diversity is critical to the stability of ecosystems. However, our knowledge about the
plant diversity effect on the stability of belowground communities is limited. Here, we …