Rice cultivation boasts a rich historical legacy, serving as the primary sustenance for over
50% of the global population. However, the cultivation process gives rise to the emission of …

Despite optimising fertiliser practice and nitrogen (N) use efficiency nitrous oxide N 2 O
generation from ruminant-urine deposition prevails due to the concentration of N in the urine …

Soil pH is generally considered a master variable, controlling a wide range of physical,
chemical and biological properties, including a significant effect on microbial processes …

Large-scale information regarding nitrous oxide (N 2 O) emissions is needed as an
evidence base to underpin land use policy and mitigation approaches. However, the highly …

Nitrogen fertilisation, although a cornerstone of modern agricultural production, negatively
impacts the environment through gaseous losses of nitrous oxide (N 2 O), a potent …

Nitrogen (N) and phosphorous (P) enrichment play an important role in regulating soil N 2 O
emission, but their interactive effect remains elusive (ie whether the effect of P or N …

Globally, animal excreta (dung and urine) deposition onto grazed pastures represents more
than half of anthropogenic nitrous oxide (N 2 O) emissions. To account for these emissions …

Agricultural practices such as repeated fertilization impact carbon (C), nitrogen (N) and
phosphorus (P) cycling and their relationships in the plant–soil continuum, which could have …

A laboratory incubation study was conducted on a temperate grassland soil to quantify the
main mineral nitrogen (N) transformation rates and pathways via a 15 N tracing approach …

The influence of soil phosphorous (P) content on the N-cycling communities and subsequent
effects on N2O emissions remains unclear. Two laboratory incubation experiments were …