Global efforts to avert climate change cannot be successfully addressed without tackling the
emission of methane from soil and other ecosystems. Methane is a greenhouse gas that …

Regional budget assessments of methane (CH 4) are critical for future climate and
environmental management. CH 4 emissions from rice cultivation (CH 4-rice) constitute one …

Context or problem There is an urgent need to improve traditional film-mulched cultivation to
minimize greenhouse gas emissions and increase crop yields simultaneously. Objective or …

Context Crop residues are often returned to the soil to achieve soil carbon (C) sequestration
in the agricultural sector, thereby mitigating climate change and soil degradation. However …

Purpose Nitrogen (N) fertilizer could promote rice root growth and alter methane (CH4)
emissions in paddy fields. This study investigated the mechanism of different N application …

Studying methanogenesis in paddy fields under future climate change scenarios is
important for carbon sequestration and reduction in agroecosystems. Most studies have …

How to achieve high soil organic carbon (SOC) sequestration and low greenhouse gases
emissions but without compromising yields is the challenge of rice cultivation in China. This …

Rice paddies and rivers draining agricultural watersheds have been documented as two
major sources of atmospheric methane (CH 4), while parallel flux measurements have been …

There are significant differences in future atmospheric CO2 concentration under different
carbon emission scenarios. Most studies have investigated the effects of elevated CO2 …

The ground cover rice production system (GCRPS) has been proposed as a potential
solution to alleviate seasonal drought and early low-temperature stress in hilly mountainous …