Most methane enclosed in gas hydrates is biotic in origin, formed by microbial degradation of sedimentary organic matter. Increasingly, there is evidence that substantial gas hydrate may also be sourced from thermogenic decomposition of organic matter and subsequent migration of this gas into the gas hydrate stability zone. In addition, there is a third potential source of methane that does not involve organic matter at all— abiotic methane, which can be generated by magmatic processes or gaswater- rock reactions in the crust and upper mantle
Widespread methane release from thawing Arctic gas hydrates is a major concern, yet the processes, s...
Methane seepage from the upper continental slopes of Western Svalbard has previously been attributed...
Methane is a potent greenhouse gas and large-scale rapid release of methane from hydrate may have co...
Biotic gas generation from the degradation of organic carbon in marine sediments supplies and mainta...
Methane hydrate is an ice-like solid which sequesters large quantities of methane gas within its cry...
Biotic gas generation from the degradation of organic carbon in marine sediments supplies and mainta...
Current climate models predict an annual temperature increase in the Arctic between 4° and 6°C by th...
What are the risks of a runaway greenhouse effect from methane release from hydrates in the Arctic? ...
What are the risks of a runaway greenhouse effect from methane release from hydrates in the Arctic? ...
A bottom-simulating reflector (BSR) occurs west of Svalbard in water depths exceeding 600 m, indicat...
Vast quantities of methane are trapped in oceanic hydrate deposits, and there is concern that a rise...
Methane Hydrates consist of methane (natural gas) locked inside the crystalline lattices of water mo...
Widespread methane release from thawing Arctic gas hydrates is a major concern, yet the processes, s...
We use new gas-hydrate geochemistry analyses, echosounder data, and three-dimensional P-Cable seismi...
Methane hydrates are globally widespread in permafrost regions and beneath the sea in sediment of ou...
Widespread methane release from thawing Arctic gas hydrates is a major concern, yet the processes, s...
Methane seepage from the upper continental slopes of Western Svalbard has previously been attributed...
Methane is a potent greenhouse gas and large-scale rapid release of methane from hydrate may have co...
Biotic gas generation from the degradation of organic carbon in marine sediments supplies and mainta...
Methane hydrate is an ice-like solid which sequesters large quantities of methane gas within its cry...
Biotic gas generation from the degradation of organic carbon in marine sediments supplies and mainta...
Current climate models predict an annual temperature increase in the Arctic between 4° and 6°C by th...
What are the risks of a runaway greenhouse effect from methane release from hydrates in the Arctic? ...
What are the risks of a runaway greenhouse effect from methane release from hydrates in the Arctic? ...
A bottom-simulating reflector (BSR) occurs west of Svalbard in water depths exceeding 600 m, indicat...
Vast quantities of methane are trapped in oceanic hydrate deposits, and there is concern that a rise...
Methane Hydrates consist of methane (natural gas) locked inside the crystalline lattices of water mo...
Widespread methane release from thawing Arctic gas hydrates is a major concern, yet the processes, s...
We use new gas-hydrate geochemistry analyses, echosounder data, and three-dimensional P-Cable seismi...
Methane hydrates are globally widespread in permafrost regions and beneath the sea in sediment of ou...
Widespread methane release from thawing Arctic gas hydrates is a major concern, yet the processes, s...
Methane seepage from the upper continental slopes of Western Svalbard has previously been attributed...
Methane is a potent greenhouse gas and large-scale rapid release of methane from hydrate may have co...