Subtropical and tropical broadleaf forests play important roles in conserving biodiversity and
regulating global carbon cycle. Nonetheless, knowledge about soil microbial diversity …

Bacteria and fungi are important mediators of biogeochemical processes and play essential
roles in the establishment of plant communities, which makes knowledge about their …

Purpose Nitrogen (N) deposition and warming may influence microbially mediated
processes and functioning of ecosystem. Our study aimed to examine how soil bacterial and …

Several studies have shown that rainfall seasonality, soil heterogeneity, and increased
nitrogen (N) deposition may have important effects on tropical forest function. However, the …

Plant characteristics in different provenances within a single species may vary in response
to climate change, which might alter soil microbial communities and ecosystem functions …

Environmental variables shifted by climate change act as driving factors in determining plant-
associated microbial communities in terrestrial ecosystems. However, how elevation …

In dry deciduous tropical forests, both seasons (winter and summer) offer habitats that are
essential ecologically. How these seasonal changes affect soil properties and microbial …

The impact of climate warming on soil microbial communities can significantly influence the
global carbon cycle. Coastal wetlands, in particular, are susceptible to changes in soil …

Climate warming and nitrogen (N) deposition are expected to increase in the coming
decades. The consequences of the interaction between warming and N deposition on forest …

The response to global change by soil microbes is set to affect important ecosystem
processes. These impacts could be most immediate in transitional zones, such as the …