Shifts in microbial communities driven by anthropogenic nitrogen (N) addition have broad-
scale ecological consequences. However, responses of microbial groups to exogenous N …

There are numerous methods for measuring inorganic, dissolved organic, and microbial N in
soils, although many of these are complex or require expensive equipment. We have …

Ammonia oxidation is a critical step in the soil nitrogen (N) cycle and can be affected by the
application of mineral fertilizers or organic manure. However, little is known about the …

Nitrogen is a critical nutrient in plant-based primary production systems, therefore
measurements of N cycling by microorganisms may add value to agricultural soil monitoring …

Although most land-plants form associations with arbuscular mycorrhizal fungi (AMF) as a
means of optimising nutrient capture, legacy effects of altered soil moisture regimes on plant …

Colombia, as well as many tropical countries, has experienced severe deforestation in the
last decades, and millions of acres of native forest areas (F) have been replaced by …

Traditional intensive agricultural practices negatively impact soil quality, leading to
increased erosion in the Mediterranean region. In contrast, sustainable management …

Oxidation of ammonia by nitrifying microorganisms is a major pathway that fertilizer nitrogen
(N) may take upon application to agricultural soils, but the relative roles of bacterial (AOB) …

The prevalence of atopic diseases has been steadily increasing since the mid twentieth
century, a rise that has been linked to modern hygienic lifestyles that limit exposure to …

Biochemical processes relevant to soil nitrogen (N) cycling are performed by soil
microorganisms affiliated with diverse phylogenetic groups. For example, the oxidation of …