Livestock production in China is increasingly located near urban areas, exposing human
populations to nitrogen pollution via air and water. Here we analyse livestock and human …

Reducing water scarcity requires both mitigation of the increasing water pollution and
adaptation to the changing availability and demand of water resources under global change …

China's greenhouse vegetable production has rapidly expanded over 30 years. We
reviewed 476 papers from 1990 to 2021 to investigate the changes in the conventional …

Biochar is an efficient amendment to improve soil quality and crop productivity, but the
potential of biochar as a substitute for chemical fertilizers is still unknown. Here we …

From the perspective of the agricultural circular economy, rebuilding the crop-livestock
integration system contributes a lot to improving the recycling rate of livestock manure, and …

There is an increasing food demand with growing population and limited land for agriculture.
Conventional agriculture with nitrogen (N) fertilizer applications, however, is a key source of …

Extreme temperatures are predicted to become increasingly common due to climate change,
threatening the sustainability and profitability of global rice production. Manure amendment …

Fertilizer overuse causes serious environmental degradation, and it is important to identify
the influencing factors of fertilizer use. To feed the largest population worldwide, China has …

China is one of the largest producers of livestock production and also with tremendous
fertilizer consumption in crop production, regional decoupling between livestock and crop …

High N fertilizer inputs in subtropical vegetable systems under the warm and humid climatic
conditions increase the risk of nitrous oxide (N 2 O) emissions. However, there is limited …