How soil is managed, particularly for agriculture, exerts stresses upon soil microbiomes,
resulting in altered community structures and functional states. Understanding how soil …

We evaluated the bacterial and archaeal community dynamics and assembly in soils under
forest, grassland and no-till cropping, using a high-throughput shotgun metagenomics …

The physicochemical environment within aggregates controls the distribution of carbon and
microbial communities in soils. Agricultural management, such as tillage, can disrupt …

The spatial heterogeneity of soil's microhabitats warrants the study of ecological patterns
and community assembly processes in the context of physical disturbance that disrupts the …

Long-term, systems-based experiments have previously demonstrated how different
cropping systems change soil physiochemical properties and, less commonly, soil microbial …

Soil microbial communities are highly spatially organized, shaped in part by the structure of
soil itself. Understanding how spatially discrete microbial communities change across years …

The soil microbiome is highly diverse and comprises up to one quarter of Earth's diversity.
Yet, how such a diverse and functionally complex microbiome influences ecosystem …

Plant and soil properties cooperatively structure soil microbial communities, with
implications for ecosystem functioning. However, the extent to which each factor contributes …

Land‐use practices impact soil microbial functionality and biodiversity, with reports
suggesting that anthropogenic activities potentially result in reduced microbial functions and …

Soil microbiota are critical to soil health, yet a substantial knowledge gap remains to
understand how microbial communities can be interpreted as soil health parameters and …