GRIDArendal:
Gas hydrate production methods
GRIDArendal:
Methane release from sediment
GRIDArendal:
Arctic surface air-temperature change
GRIDArendal:
Evolution of a pingo-like feature (PLF)
GRIDArendal:
Methane-rich plumes in water column on the West Svalbard continental margin
GRIDArendal:
Penetration of heat into permafrost-bearing sediment
GRIDArendal:
Estimates of the methane held in hydrates worldwide
GRIDArendal:
Fate of buried organic matter
GRIDArendal:
Predicted increase in global mean surface-air temperatures
GRIDArendal:
Penetration of heat into marine sediments
GRIDArendal:
Effect of arctic bottom-water warming on gas hydrate stability
GRIDArendal:
Gas hydrate landmark findings
GRIDArendal:
Primary sources of methane release
GRIDArendal:
Selected gas hydrate study areas
GRIDArendal:
Schematic of a submarine slide triggered by gas hydrate dissociation
GRIDArendal:
Well completion for gas hydrate production
GRIDArendal:
Gas hydrates resource potential by global regions
GRIDArendal:
Future change in bottom-water temperatures at the sea floor
GRIDArendal:
The carbon cycle
GRIDArendal:
General schematic showing typical modes of gas hydrate occurrence relative to the geologic environment
GRIDArendal:
Sedimentary layers and gas migration pathways
GRIDArendal:
East Siberian Arctic Shelf (ESAS)
GRIDArendal:
A gas hydrate prospect delineated on the Alaska North Slope
GRIDArendal:
Host sediment control of gas hydrate occurrence form
GRIDArendal:
Hydrogen to carbon ratio of global primary energy, 1860- 2009
GRIDArendal:
Morphology of a tube worm hosting sulphide-oxidizing symbionts
GRIDArendal:
Chemosynthetic habitats
GRIDArendal:
First order reservoir simulation modeling
GRIDArendal:
Resource pyramid for gas hydrates
GRIDArendal:
Stability conditions for gas hydrates
