Patterns in the network structure of microbial communities may give indications of their
degree of interaction and interdependence, and their resilience to environmental …

Ecological restoration has been considered an efficient strategy for improving ecosystem
functioning. However, the patterns and driving forces of soil multifunctionality (MF) during …

Nitrogen application in agroecosystem maintains and improves soil fertility while affecting
organic carbon mineralization (C min). Soil aggregates play a crucial role in soil organic …

The Gemmatimonadota phylum has been widely detected in diverse natural environments,
yet their specific ecological roles in many habitats remain poorly investigated. Similarly, the …

Soil protozoa, as predators of microbial communities, profoundly influence multifunctionality
of soils. Understanding the relationship between soil protozoa and soil multifunctionality …

There were significant differences in the dominant driving factors of the change process of
different types of wetlands in the Yellow River delta. In addition, to our knowledge, the …

Different vegetation restoration methods may affect the soil's physicochemical properties
and microbial communities. However, it is not known how the microbial network's complexity …

Knowledge of variations in abundant and rare soil microbial communities and interactions
during secondary forest succession is lacking. Soil samples were gathered from different …

The interplay between plant genotype and nutrient management affects rhizodeposition,
which in turn modulates the rhizosphere-microbiome and microbe-mediated functions …

Glacier retreat caused by global warming may result in the variation of soil organic carbon
and nutrient cycling. Yet, the dynamic change of soil microbial functional profiles, especially …