Intensive agriculture has increased global food production, but also impaired ecosystem
services and soil biodiversity. Organic fertilization, essential to organic and integrated …

Patterns of carbon source utilization, or community-level physiological profiles (CLPP),
produced from direct incubation of environmental samples in BIOLOG microplates can …

Land use practices alter the biomass and structure of soil microbial communities. However,
the impact of land management intensity on soil microbial diversity (ie. richness and …

Bacterial autotrophy contributes significantly to the overall carbon balance, which stabilises
atmospheric CO2 concentration and decelerates global warming. Little attention has been …

Microorganisms are vital to the overall ecosystem functioning, stability, and sustainability.
Soil fertility and health depend on chemical composition and also on the qualitative and …

Allochthonous organic carbon in aquatic systems is metabolized by heterotrophic bacteria,
with significant consequences for the biostructure and energy pathways of freshwater …

The impact of different fertilizer treatments on prokaryotic diversity in a Danish urban waste
field trial was investigated using tag-encoded amplicon pyrosequencing. The field trial was …

Several reports have highlighted that forest soil samples are more phylum‐rich than
agricultural soil samples. However, little is known about the structure and richness of the …

Soil microbes play an important role in terrestrial carbon (C) cycling, but their functional
response to global warming remains yet unclear. Soil metaproteomics has the potential to …

Microbial‐derived phospholipid fatty acids (PLFAs) can be used to characterize the
microbial communities in soil without the need to isolate individual fungi and bacteria. They …