The global food system faces numerous challenges, creating an urgent need for sustainable
reform. Functional microbiome assemblies offer transformative potential by endowing …

The impacts of precipitation change on forest carbon (C) storage will have global
consequences, as forests play a major role in sequestering anthropogenic CO 2. Although …

Forests are composed of various plant species, and rhizosphere soil microbes are driven by
root exudates. However, the interplay between root exudates, microbial communities in the …

Climate change has a discernible influence on rainfall patterns, thus potentially affecting the
intricate dynamics of soil respiration (Rs) and soil carbon storage. However, we still lack a …

Climatic change severely affects terrestrial ecosystem functioning by modifying soil microbial
communities, especially in arid ecosystems. However, how precipitation patterns affect soil …

Enhanced nitrogen (N) availability in temperate forests has altered ecosystem carbon (C)
and N cycling. Recent research has shown that these alterations lead to reductions in …

With global change already enhancing drought frequency and severity, there is a critical
need to determine if temperate forests will continue to act as carbon (C) sinks. The degree to …

The mechanism through which soil microorganisms mediate carbon and nutrient cycling
during mine wasteland restoration remained unknown. Using soil metagenome sequencing …

Different soil microbial communities play distinct key roles in regulating forest ecosystem
processes and functions. However, the differences in spatial variability and assembly …

Soil water is the main water source for plants, which is replenished by rainfall in the water-
limited agricultural systems. Quantifying temporal dynamics of water soil deficit and its …