Archaea in marine sediment control the transfer of methane to the ocean, but microbial dynamics in these environments are poorly understood. Here the authors investigate marine sediments in the high Arctic, showing how methane influx quickly increases abundances of methane-consuming archaea and decreases total microbial community diversity
Whale-falls represent localized areas of extreme organic enrichment in an otherwise oligotrophic dee...
The Arctic Ocean subseabed holds vast reservoirs of the potent greenhouse gas methane (CH4), often s...
<div><p>Numerous studies on marine prokaryotic communities have postulated that a process of anaerob...
Cold seeps are characterized by high biomass, which is supported by the microbial oxidation of the a...
This is the peer reviewed version of the following article: Klasek, S., Torres, M. E., Bartlett, D. ...
Cold seeps are locations on the seafloor where CH4 migrates from reservoirs below sediments towards ...
Marine microbial communities can consume dissolved methane before it can escape to the atmosphere an...
Dissolved organic matter (DOM) is defined as organic matter that is smaller than a nominal pore size...
Sedimentary biofilms comprising microbial communities mediating the anaerobic oxidation of methane a...
A site at the gas hydrate stability limit was investigated offshore northwestern Svalbard to study m...
Recent studies have concluded that groundwater driven methane escape through open system pingos is a...
In this thesis, a variety of different cold seep systems (mud volcanoes and a gas seep) were investi...
Microbial methanogenesis in the subsurface seafloor is responsible for the formation of large and dy...
Large quantities of methane are stored in hydrates and permafrost within shallow marine sediments in...
A site at the gas hydrate stability limit was investigated offshore northwestern Svalbard to study m...
Whale-falls represent localized areas of extreme organic enrichment in an otherwise oligotrophic dee...
The Arctic Ocean subseabed holds vast reservoirs of the potent greenhouse gas methane (CH4), often s...
<div><p>Numerous studies on marine prokaryotic communities have postulated that a process of anaerob...
Cold seeps are characterized by high biomass, which is supported by the microbial oxidation of the a...
This is the peer reviewed version of the following article: Klasek, S., Torres, M. E., Bartlett, D. ...
Cold seeps are locations on the seafloor where CH4 migrates from reservoirs below sediments towards ...
Marine microbial communities can consume dissolved methane before it can escape to the atmosphere an...
Dissolved organic matter (DOM) is defined as organic matter that is smaller than a nominal pore size...
Sedimentary biofilms comprising microbial communities mediating the anaerobic oxidation of methane a...
A site at the gas hydrate stability limit was investigated offshore northwestern Svalbard to study m...
Recent studies have concluded that groundwater driven methane escape through open system pingos is a...
In this thesis, a variety of different cold seep systems (mud volcanoes and a gas seep) were investi...
Microbial methanogenesis in the subsurface seafloor is responsible for the formation of large and dy...
Large quantities of methane are stored in hydrates and permafrost within shallow marine sediments in...
A site at the gas hydrate stability limit was investigated offshore northwestern Svalbard to study m...
Whale-falls represent localized areas of extreme organic enrichment in an otherwise oligotrophic dee...
The Arctic Ocean subseabed holds vast reservoirs of the potent greenhouse gas methane (CH4), often s...
<div><p>Numerous studies on marine prokaryotic communities have postulated that a process of anaerob...