Judging the carbon emissions of various agricultural inputs in crop planting and clarifying
the decoupling level between grain production and carbon emissions from crop planting can …

There is a global need to improve the environmental performances and circularity of
livestock production systems. This relates also to poultry production systems in China …

Reactive nitrogen (N) is a requisite nutrient for agricultural production, but results in
greenhouse gas and air and water pollution. The environmental and economic impacts of N …

The rapid development of livestock and poultry farming in China has resulted in an
increasing threat of water pollution. In particular, mitigating livestock-related pollutant …

To meet growing demand for animal-based foods, livestock production has intensified to
maximize output with limited resources and space. This has increased the spatial …

Global cropland expansion and associated greenhouse gas (GHG) emissions are largely
driven by the growing demand of animal-sourced food. Thus, options are urgently needed to …

Hydrothermal liquefaction (HTL) can turn livestock manure into biocrude oil, but the aqueous
phase (HTL-AP) attracts increasing concerns owing to its large amount and high toxicity. In …

The rapid specialization of livestock production contributes to spatially decoupled crop and
livestock production. Relinking croplands and livestock to promote wastes and by-products …

Abstract Ammonia (NH 3) emissions, the majority of which arise from livestock production,
are linked to high concentration of PM 2.5 and lower air quality in China. NH 3 mitigation …

Presently, a large amount of agriculture-produced sewage generally contains excessive
phosphorus discharge and water eutrophication. However, it is difficult to recover …