The air–sea exchange and oceanic cycling of greenhouse gases (GHG), including carbon
dioxide (CO2), nitrous oxide (N2O), methane (CH4), carbon monoxide (CO), and nitrogen …

Ebullition has been shown to be an important pathway for methane (CH 4) emissions from
inland waters. However, the CH 4 fluxes and their magnitudes in thermokarst lakes remain …

Wetlands in Arctic drained lake basins (DLBs) have a high potential for carbon storage in
vegetation and peat as well as for elevated greenhouse gas emissions. However, the …

Winter conditions greatly alter the limnological properties of lotic ecosystems and the
availability of nutrients, carbon, and energy resources for microbial processes. However, the …

Aerobic methane oxidation (MOX) significantly reduces methane (CH 4) emission from
inland water bodies and is thus an important determinant of global CH 4 budget. Yet, the …

Climate-sensitive ice-covered reservoirs are critical components of methane (CH 4) release.
However, the mechanisms that influence CH 4 dynamics during ice-covered periods remain …

Streams and rivers are a well‐recognized source of methane (CH4), with high
spatiotemporal variability in fluxes. However, CH4 release in form of bubbles (ebullition) is …

Atmospheric methane is one of the major greenhouse gases with a drastic impact on climate
change. This study developed a random forest model to obtain a daily 5 km resolution …

Thermokarst lagoons represent the transition state from a freshwater lacustrine to a marine
environment, and receive little attention regarding their role for greenhouse gas production …

碳循环在参与全球物质能量交换流动与影响气候变化中扮演着关键的作用. 淡水生态系统碳循环
过程是全球碳循环的重要组成部分, 因此研究沉积物储存与释放过程能提高人类对淡水生态系统 …