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Potential methane reservoirs beneath Antarctica
J.L. Wadham
, S. Arndt
, S. Tulaczyk
, M. Stibal
, M. Tranter
, J. Telling
, G.P. Lis
, E. Lawson
, A. Ridgwell
, A. Dubnick
, M.J. Sharp
, A.M. Anesio
, C.E.H. Butler
DES - Geochemistry group
extern
Research output
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Keyphrases
Organic Carbon
100%
Methane
100%
Sedimentary Basin
100%
Antarctica
100%
Methane Reservoirs
100%
Ice Sheet
66%
Antarctic Ice Sheet
66%
Order of Magnitude
33%
Marine Sediments
33%
Numerical Simulation
33%
Positive Feedback
33%
Marine Sequences
33%
Organic Matter
33%
East Antarctica
33%
Microbial Cells
33%
West Antarctica
33%
Wastage
33%
Climate Warming
33%
Methanogenesis
33%
Organic Carbon Degradation
33%
Pressure-temperature
33%
Metabolically Active
33%
Organic Degradation
33%
Methanogenic Archaea
33%
Global Methane Budget
33%
Methane Clathrate
33%
Hydrate Accumulation
33%
Ice Cover
33%
Total Inventory
33%
Methane Hydrate Formation
33%
Sediment Depth
33%
Arctic Permafrost
33%
Subglacial Environment
33%
Cellular Carbon
33%
Earth and Planetary Sciences
Methane
100%
Antarctic Region
100%
Ice Sheet
80%
Organic Carbon
80%
Sedimentary Basin
60%
Methane Hydrate
40%
Marine Sediment
20%
Positive Feedback
20%
Subglacial Environment
20%
Organic Matter
20%
Methanogenesis
20%