Global change factors are known to strongly affect soil microbial community function and
composition. However, as of yet, the effects of warming and increased anthropogenic …

Soil microbial communities are essential for ensuring forest health, however, the influences
of global change on soil microbial communities and their ecosystem functions remain …

Climate change globally affects soil microbial community assembly across ecosystems.
However, little is known about the impact of warming on the structure of soil microbial …

Increased nitrogen deposition (N factor) and changes in precipitation patterns (W factor) can
greatly impact soil microbial communities in tropical/subtropical forests. Although knowledge …

Soil microorganisms are often limited by nutrients, representing an important control of
heterotrophic metabolic processes. However, how nutrient limitations relate to microbial …

The stability of soil microbial community plays a key role in nutrient cycling, soil organic
carbon reservoirs, and plant productivity, making them crucial players in agroecosystems …

Soil warming has the potential to alter bacterial communities, affecting carbon (C) storage
and nitrogen (N) cycling in forest ecosystems. We studied bacterial community changes by …

Global warming has shifted climate zones poleward or upward. However, understanding the
responses and mechanism of microbial community structure and functions relevant to …

The soil microbial community actively drives biogeochemical cycling even in the plant-
dormant season of winter in temperate forests. The northern ecosystems are experiencing …

Soil microbes play vital roles in mediating the functions and services of terrestrial
ecosystems in the context of ongoing climate change and human disturbance. There are …