Abstract Purpose of Review To investigate which processes cause the current increase in
atmospheric methane in the context of future interactions between climate change, the …

Methane (CH 4) production within the oceanic mixed layer is a widespread phenomenon,
but the underlying mechanisms are still under debate. Marine algae might contribute to the …

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 …

Aquatic ecosystems play an important role in global methane cycling and many field studies
have reported methane supersaturation in the oxic surface mixed layer (SML) of the ocean …

Recent studies in aquatic environments have indicated that microbial methane production is
not limited to strictly anoxic conditions and is widespread in the oxic water column. Based on …

Methane (CH4) production in the ocean surface mixed layer is a widespread but still largely
unexplained phenomenon. In this context marine algae have recently been described as a …

Accumulation of methane in oxic waters of lakes and the ocean has been widely reported.
Despite the importance for the greenhouse gas budget, mechanistic controls of such …

The oceans are natural sources of atmospheric methane (CH4), but the origin of excess
CH4 at the surface remains enigmatic. Incubation experiments were conducted in the …

Copepods are the dominant members of the zooplankton community and the most abundant
form of life. It is imperative to obtain insights into the copepod-associated bacteriobiomes …

How much of the greenhouse gas methane is transported from the seafloor to the
atmosphere is unclear. Here, we present data describing an extensive ebullition event that …