Wetlands are the largest and most uncertain biological source of atmospheric methane, with
hydrological fluctuations exacerbating this uncertainty. Here we critically explore the …

Coastal salt marshes are sensitive to global climate change and may play an important role
in mitigating global warming. To evaluate the impacts of Spartina alterniflora invasion on …

Biological fixation of atmospheric dinitrogen (N 2) is an important process that replenishes
biologically available nitrogen (N) in soil and helps minimize the use of inorganic N fertilizer …

There has been an increased interest in and wide application of biochar and slow-release
fertilizer (SRF) to agricultural soils in recent years because they can reduce greenhouse gas …

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 …

Natural wetlands represent the largest single source of methane (CH 4), a potent
greenhouse gas. China is home to the world's fourth largest wetland area, and it is facing …

Climate warming perturbs ecosystem carbon (C) cycling, causing both positive and negative
feedbacks on greenhouse gas emissions. In 2016, we began a tidal marsh field experiment …

Both direct-seeded rice (DSR) and water-saving irrigation effectively reduce methane (CH 4)
emissions from paddy fields. However, little is known about the effects of water-saving …

Aims To reveal the microbial communities from Qinghai–Tibetan Plateau wetland soils that
have the potential to be used in the utilization of cellulosic and chitinous biomass at low …

Rice cultivation is recognised as a pivotal source of atmospheric methane (CH 4),
accounting for 11% of global emissions. The main drivers of CH 4 production are redox …