Microbial taxonomic and functional diversity in eight different types of soils were determined
by two independent techniques in the micro-plot experiment, where the collected soils were …

The metabolic profiles of the microbial communities in agricultural, beech [Fagus sylvatica]
forest and meadow soils from Denmark were determined using the Biolog microtitre plate …

The abundance of species is assumed to depend on their life history traits, such as growth
rate and resource specialization. However, this assumption has not been tested for bacteria …

Biological soil crusts (biocrusts) harbor a diverse community of various microorganisms with
microalgae as primary producers and bacteria living in close association. In mesic regions …

Long-term intensive fertilization is a practice common around the world and gradually alters
soil microbiome, however, its influences on the temporal resilience of soil multifunctionality …

Microbial diversity plays an important role in the decomposition of soil organic matter.
However, the pattern and drivers of the relationship between microbial diversity and …

Studies about biodegradation potential in soils often refer to artificially contaminated and
simplified systems, overlooking the complexity associated with contaminated sites in a real …

Much genetic diversity within a bacterial community is likely obscured by microdiversity
within operational taxonomic units (OTUs) defined by 16S rRNA gene sequences. However …

Organic and inorganic xenobiotic compounds can affect the potential ecological function of
the soil, altering its biodiversity. Therefore, the response of microbial communities to …

Soil and climatic conditions as well as land cover and land management have been shown
to strongly impact the structure and diversity of the soil bacterial communities. Here, we …