Soil microbial communities mix and interact, a widespread phenomenon known as
community coalescence. However, in the context of different coalescence degrees, the …

The negative environmental impacts of chemical fertilizers have been recognized for a long
time, and the returning of agricultural residues to the soil is considered a sustainable …

Rhizospheric degradation is a green and in situ strategy to accelerate dissipation of organic
pollutants in soils. However, the mechanism on microbial degradation of phthalic acid esters …

As an effective field management practice for better crop productivity, fertilization showed
profound impacts on soil health by altering soil chemical, physical, and biological processes …

Microbial communities play a vital role in urban river biogeochemical cycles. However, the
seasonal variations in microbial community characteristics, particularly phylogenetic group …

Plant microbiomes play a vital role in promoting plant growth and resilience to cope with
environmental stresses. Plant microbiome engineering holds significant promise to increase …

Total petroleum hydrocarbons (n-alkanes), semi-volatile organic compounds, and heavy
metals pose major ecological risks at petrochemical-contaminated sites. The efficiency of …

The intense drying-rewetting cycle due to climate change can affect soil microbial
community composition and function, resulting in long-term consequences for belowground …

Long-term fertilization significantly affected the function, diversity, and structure of soil
microbial communities, which performed an indispensable role in maintaining ecosystem …

Mineral organic complexes are essential for the storage of soil organic carbon (SOC) in
agricultural soils. They are also affecting the CO 2 emission reduction goals of known as the …