In order to explore the differences in metabolic functional diversity of soil microbial
communities under different cultivation patterns of maize, a fixed-point experiment was …

In order to explore the differences in metabolic functional diversity of soil microbial
communities under different cultivation patterns of maize, a fixed-point experiment was …

To reveal the effects of long-term fertilization regimes on the metabolic diversity of the soil
microbial community of a maize field in North China in order to provide a theoretical basis …

The Northeast China Plain (NCP) is the country's most important grain-producing area.
Unraveling how bacterial communities in this region assemble and distribute according to …

In order to study the effects of long-term different fertilization on microbial community
functional diversity in arable black. soil, we examined microbial metabolic activities in two …

The soil microbial community is highly sensitive to the soil environment and can reflect
changes in soil quality and soil ecosystem health. To clarify the differences in microbial …

Phosphorus (P) is a key nutrient which influences the growth, development and yield of
crops. P availability can regulate soil microbial community structure and diversity by altering …

Sugarcane-maize intercropping is an important planting pattern in sugarcane production
area, which is in favor of sugarcane production benefit and land use efficiency increases …

The impacts of long-term fertilization on soil bacterial communities remain unclear due to
non-consistent results from different studies, which may be attributed to different soil types …

Exploration of soil environmental characteristics governing soil microbial community
structure and activity may improve our understanding of biogeochemical processes and soil …