Although initially viewed as oases within a barren deep ocean, hydrothermal vents and
methane seep chemosynthetic communities are now recognized to interact with surrounding …

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 …

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 …

Shallow urban polluted reservoirs at tropical regions can be hotspots for CO 2 and CH 4
emissions. In this study, we investigated the relationships between eutrophication and GHG …

Methane, a major greenhouse gas, plays an important role in global carbon cycling and
climate change. Methanogenesis is identified as an important process for methane formation …

The Mississippi River (MR) serves as the primary source of freshwater and nutrients to the
northern Gulf of Mexico (nGOM). Whether this input of freshwater also enriches microbial …

The Gulf of Mexico (GoM) is a dynamic marine ecosystem influenced by multiple natural and
anthropogenic processes and inputs, such as the intrusion of warm oligotrophic water via …

The Deepwater Horizon oil well blowout discharged an unprecedented amount of methane
into the water column of the northern Gulf of Mexico between April and July 2010. The …

The global warming potential of methane (CH 4) is about 30 times stronger than that of
carbon dioxide (CO 2) over a century timescale. Methane emission is hypothesized to have …

Although the plankton communities in the Barents Sea have been intensely studied for
decades, little is known about the living planktonic foraminiferal (LPF) and pteropod faunas …