Soil aggregates provide different ecological niches for microorganisms, and in turn, the
microbial interactions affect soil aggregation process. The response of the microbial …

Soils, with non-uniform distribution of nutrients across different aggregate-size fractions,
provide spatially heterogeneous microhabitats for microorganisms. However, very limited …

Soil microorganisms play an essential role in the redistribution of soil aggregate sizes due to
the microenvironmental changes, but little is known about the changes in microbial …

Soil aggregates provide spatially heterogeneous microenvironments for soil microbiome
and ecological processes. Revealing the nuances of assembly processes in aggregates is …

Soil aggregates provide spatially heterogeneous microhabitats that support the coexistence
of soil microbes. However, there remains a lack of detailed assessment of the mechanism …

Differently sized soil aggregates may provide spatially heterogeneous microenvironments
for microorganisms, but little is known about the impacts of soil spatial structure on the co …

Differently sized soil aggregates, with non-uniform distribution of space and nutrients,
provide spatially heterogeneous microenvironments for microorganisms and are important …

Microbial communities of soil aggregate-size fractions were explored with molecular and
networking assays for topsoil samples from a clayey rice paddy under long-term fertilization …

Abstract Background, Aims, and Scope Knowledge about shifts of microbial community
structure and diversity following different agricultural management practices could improve …

Soil bacterial communities are intricately linked to ecosystem functioning, and
understanding how communities assemble in response to environmental change is …