Although it is well established that soils are the dominating source for atmospheric nitrous
oxide (N2O), we are still struggling to fully understand the complexity of the underlying …

The continuous increase of the greenhouse gas nitrous oxide (N2O) in the atmosphere due
to increasing anthropogenic nitrogen input in agriculture has become a global concern. In …

The lowland peatlands of south‐east Asia represent an immense reservoir of fossil carbon
and are reportedly responsible for 30% of the global carbon dioxide (CO2) emissions from …

Fungi generally dominate microbial biomass in various soils and play critical roles in
ecosystem functioning including nutrient cycling, disease ecology and food production …

Fungal N 2 O production has been progressively recognized, but its controlling factors
remain unclear. This study examined the impacts of soil moisture and pH on fungal and …

Biochar amendment has been shown to reduce nitrous oxide (N 2 O) emissions from acidic
soils in tea plantations. Given that both soil bacterial and fungal denitrifications can produce …

N 2 O is a potent greenhouse gas and plays an important role in the depletion of
stratospheric ozone. Hence, many efforts are now geared toward quantifying and mitigating …

Constructed wetlands (CWs) have emerged as a promising technology for the purification of
micro-polluted water. However, their nitrogen removal performance can be significantly …

The extensive application of organochloride pesticides in agriculture has raised concerns
about their potential negative impacts on soil microbial denitrification and associated N 2 O …

Agricultural fields are one of the largest anthropogenic sources of atmospheric nitrous oxide
(N 2 O). Fungi have been suggested to contribute substantially to N 2 O emission in …