Add to ORKGIce currently covers approximately 10% of the Earth’s land mass, yet the role of sub-ice biomes in global biogeochemical cycles, including that of carbon, is poorly understood. Methanogenic archaea have a unique role in the global carbon cycle as producers of the greenhouse gas, methane and recent modeling studies have highlighted the potential of basal sediments of ice sheets as sources of methane during deglaciation. High concentrations of methane have been measured in the basal ice of the GRIP core from the Greenland Ice Sheet and methane-producing enrichments have been reported from John Evans Glacier, Canada; however, it is unclear whether the microbial consortia was remnant or active in situ. We discuss the role of subglacial methanog...
Subglacial meltwater of land-terminating glaciers in Greenland and Iceland are sources of methane (C...
The global methane (CH4) cycle is largely driven by methanogenic archaea and methane-oxidizing bacte...
Subglacial environments are located at the interface of glacier ice and bedrock. They represent one ...
Ice currently covers approximately 10% of the Earth’s land mass, yet the role of sub-ice biomes in g...
Methanogenic archaea have a unique role in Earth's global carbon cycle as producers of the greenhous...
© 2014 International Society for Microbial Ecology All rights reserved. Microbial processes that min...
<p>It was recognized only recently that subglacial ecosystems support considerable methanogenic acti...
Methane is a potent greenhouse gas, but a complete accounting of global methane sources and sinks is...
Subglacial environments, located at the interface of glacier ice and bedrock, represent one of the m...
Direct gaseous emissions of methane (CH4) and carbon dioxide (CO2) from the subglacial environment u...
It was recognized only recently that subglacial ecosystems support considerable methanogenic activit...
Ice sheets are currently ignored in global methane budgets1,2. Although ice sheets have been propose...
Once thought to be devoid of life, the ice-covered parts of Antarctica are now known to be a reservo...
Wet-based regions of glaciers and ice sheets are now recognized to host unique and diverse microbial...
Aquatic habitats beneath ice masses contain active microbial ecosystems capable of cycling important...
Subglacial meltwater of land-terminating glaciers in Greenland and Iceland are sources of methane (C...
The global methane (CH4) cycle is largely driven by methanogenic archaea and methane-oxidizing bacte...
Subglacial environments are located at the interface of glacier ice and bedrock. They represent one ...
Ice currently covers approximately 10% of the Earth’s land mass, yet the role of sub-ice biomes in g...
Methanogenic archaea have a unique role in Earth's global carbon cycle as producers of the greenhous...
© 2014 International Society for Microbial Ecology All rights reserved. Microbial processes that min...
<p>It was recognized only recently that subglacial ecosystems support considerable methanogenic acti...
Methane is a potent greenhouse gas, but a complete accounting of global methane sources and sinks is...
Subglacial environments, located at the interface of glacier ice and bedrock, represent one of the m...
Direct gaseous emissions of methane (CH4) and carbon dioxide (CO2) from the subglacial environment u...
It was recognized only recently that subglacial ecosystems support considerable methanogenic activit...
Ice sheets are currently ignored in global methane budgets1,2. Although ice sheets have been propose...
Once thought to be devoid of life, the ice-covered parts of Antarctica are now known to be a reservo...
Wet-based regions of glaciers and ice sheets are now recognized to host unique and diverse microbial...
Aquatic habitats beneath ice masses contain active microbial ecosystems capable of cycling important...
Subglacial meltwater of land-terminating glaciers in Greenland and Iceland are sources of methane (C...
The global methane (CH4) cycle is largely driven by methanogenic archaea and methane-oxidizing bacte...
Subglacial environments are located at the interface of glacier ice and bedrock. They represent one ...