Understanding and quantifying the global methane (CH 4) budget is important for assessing
realistic pathways to mitigate climate change. Atmospheric emissions and concentrations of …

The global methane (CH 4) budget is becoming an increasingly important component for
managing realistic pathways to mitigate climate change. This relevance, due to a shorter …

Methane (CH4) emissions from aquatic systems should be coupled to CH4 production, and
thus a temperature‐dependent process, yet recent evidence suggests that modeling CH4 …

Eutrophic lakes, especially shallow eutrophic lakes, disproportionately contribute to
greenhouse gas (GHG) emissions. To investigate the effects of eutrophication on GHG …

Organic matter burial in mangrove forests results in the removal and long-term storage of
atmospheric CO2, so-called “blue carbon.” However, some of this organic matter is …

Freshwater reservoirs are a known source of greenhouse gas (GHG) to the atmosphere, but
their quantitative significance is still only loosely constrained. Although part of this …

Contrasting the paradigm that methane is only produced in anoxic conditions, recent
discoveries show that oxic methane production (OMP, aka the methane paradox) occurs in …

Methane (CH4) from aquatic ecosystems contributes to about half of total global CH4
emissions to the atmosphere. Until recently, aquatic biogenic CH4 production was …

Oxic lake surface waters are frequently oversaturated with methane (CH4). The contribution
to the global CH4 cycle is significant, thus leading to an increasing number of studies and …

Active methane production in oxygenated lake waters challenges the long-standing
paradigm that microbial methane production occurs only under anoxic conditions and forces …