Good practices in controlling ammonia produced from the predominant agricultural
contributor, crop farming, are the most direct yet effective approaches for mitigating ammonia …

The advent of civilization has made humans dependent on plants for food and medicine,
leading to the intensification of agricultural production. The intense cultivation of crops has …

To ensure global food security, agriculture must increase productivity while reducing
environmental impacts associated with chemical nitrogen (N) fertilisation. This necessitates …

Ammonia (NH 3) volatilization contributes to major nitrogen (N) fertilizer loss in rice fields.
Deep fertilization can effectively mitigate NH 3 volatilization and increase N use efficiency …

Nitrogen management measures (NMMs) such as the application of urease inhibitors (UIs),
synthetic nitrification inhibitors (SNIs), and biochar (BC) are commonly used in mitigating …

Deep fertilization (DF) has been introduced to rice production systems in China to improve
rice productivity with minimum nitrogen (N) losses, however, the effects of DF on rice yield …

Deep nitrogen fertilization (DNF) coupled with straw incorporation has the potential to
improve the grain yield and nitrogen use efficiency of mechanically transplanted rice …

Overuse of nitrogen (N) fertilizer has led to low N use efficiency (NUE) and high N loss in
single rice cropping systems in southeast China. Application of controlled-release urea …

Gaseous nitrogen (N) emissions, especially emissions of dinitrogen (N2) and ammonia
(NH3), have long been considered as the major pathways of N loss from flooded rice …

Side deep placement of nitrogen plays an important role in improving rice yield and nitrogen
use efficiency. Few studies have examined the effects of reducing the times of nitrogen …