The advent of molecular techniques has improved our understanding of the microbial
communities responsible for denitrification and is beginning to address their role in …

Nitrogen management in soils has been considered as key to the sustainable use of
terrestrial ecosystems and a protection of major ecosystem services. However, the …

Bacterial denitrification plays an important role in the global nitrogen cycle and is a principal
contributor of nitrous oxide (N2O) to the atmosphere. The influence of simple (glucose) and …

Land‐use practices aiming at increasing agro‐ecosystem sustainability, eg no‐till systems
and use of temporary grasslands, have been developed in crop** areas, but their …

To determine to which extent root‐derived carbon contributes to the effects of plants on
nitrate reducers and denitrifiers, four solutions containing different proportions of sugar …

Lands under riparian and agricultural management differ in soil properties, water content,
plant species and nutrient content and are therefore expected to influence denitrifier …

The impacts of temperature on the activity and on the size as well as on the community
composition of denitrifiers in an agricultural soil were studied in a controlled laboratory …

Ecologists have long studied the relationship between biotic composition and ecosystem
functioning in larger organisms; however, only recently has this relationship been …

We studied the influence of eight nonleguminous grassland plant species belonging to two
functional groups (grasses and forbs) on the composition of soil denitrifier communities in …

This study measured total bacterial and denitrifier community abundances over time in an
agricultural soil cropped to potatoes (Solanum tuberosum L.) by using quantitative PCR …