Nitrous oxide (N2O) is a long-lived greenhouse gas that contributes to global warming.
Emissions of N2O mainly stem from agricultural soils. This review highlights the principal …

In the context of global warming, water scarcity, and high fertilizer costs, identifying proper
irrigation and nitrogen (N) management is essential for balancing emissions of greenhouse …

No-tillage (NT) is an effective agricultural practice for climate change mitigation and food
security, which is extensively adopted worldwide. The sustainability of NT depends on the …

Many countries have set ambitious goals to achieve carbon neutrality around 2050. In this
context food production systems are of interest, as they contribute one-third of global …

Improving agriculture intensity implies desirable crop productivity at a noteworthy
environmental cost. A comprehensive comparative analysis of carbon footprint (CF) and …

Chemical nitrogen (N) fertilizer is essential for achieving high yield in winter wheat.
However, the over-use of N fertilizer not only significantly reduces N use efficiencies (NUEs) …

The decision in 2006 to abolish the agricultural tax, which had lasted for thousands of years,
contributed to the prosperity of agriculture, and with it the growing importance of soil N2O …

Conventional fertilization of agricultural soils results in increased N 2 O emissions. As an
alternative, the partial substitution of organic fertilizer may help to regulate N 2 O emissions …

The irrigation systems of the Ebro valley can lead to high N 2 O emissions. The effects that
crop diversification, such as double-cropping in combination with conservation tillage and …

To mitigate greenhouse gas (GHG) emissions of intensified agriculture, conservation
practices are gradually being implemented in Chinese wheat–maize cropping systems …