Unraveling the key drivers of bacterial community assembly in agricultural soils is pivotal for
soil nutrient management and crop productivity. Presently, the drivers of microbial …

Revealing the ecological roles of the core microbiota in community maintaining and soil
nutrient cycling is crucial for understanding ecosystem function, yet there is a dearth of …

A challenge in biogeography is to understand what are the factors and how they regulate
soil microbial communities. To explore the coexistence pattern of bacterial community and …

The rhizosphere microbiota contributes immensely to nutrient sequestration, productivity and
plant growth. Several studies have suggested that environmental factors and high nutrient …

Recent works have shown that long-term fertilization has a critical influence on soil microbial
communities; however, the underlying ecological assemblage of microbial community as …

There has been little study on the biogeographical patterns of microbial co-occurrence,
especially in agricultural soils. Here we investigated the biogeographical patterns and major …

Paddy rice fields occupy broad agricultural area in China and cover diverse soil types.
Microbial community in paddy soils is of great interest since many microorganisms are …

Maize domestication and breeding have resulted in drastic and well documented changes in
aboveground traits, but belowground effects on root system functioning and rhizosphere …

Microbial community ecology studies have traditionally utilized culture-based
methodologies, though the advent of next-generation amplicon sequencing has facilitated …

Although land use drives soil bacterial diversity and community structure, little information
about the bacterial interaction networks is available. Here, we investigated bacterial co …