Soil microbial assemblages play a critical role in biogeochemical cycling processes in
terrestrial ecosystems. Dynamic global information for these assemblages considering …

The spatial heterogeneity of soil's microhabitats warrants the study of ecological patterns
and community assembly processes in the context of physical disturbance that disrupts the …

In soil, the link between microbial diversity and carbon transformations is challenged by the
concept of functional redundancy. Here, we hypothesized that functional redundancy may …

In recent years, there has been considerable progress in determining the soil properties that
influence the structure of the soil microbiome. By contrast, the effects of microorganisms on …

Biodiversity is important for supporting ecosystem functioning. To evaluate the factors
contributing to the strength of microbial diversity-function relationships in complex terrestrial …

Soil microbial communities are essential for crucial soil activities such as litter
decomposition, nitrogen cycling, and plant productivity, which are necessary for human …

Despite recent research efforts to explore the co-occurrence patterns of diverse microbes
within soil microbial communities, a substantial knowledge-gap persists regarding global …

Soil biological characteristics are drastically altered by land degradation. Degradation may
reduce the number of microorganisms in the soil. Multiple activities and services provided by …

Soil microbes, the main driving force of terrestrial biogeochemical cycles, facilitate soil
organic matter turnover. However, the influence of the soil fauna on microbial communities …

Background The soil microbiome drives soil ecosystem function, and soil microbial
functionality is directly linked to interactions between microbes and the soil environment …