Gas hydrate (GH) accumulation is characterized and modeled for the Hakon Mosby mud volcano, ca. 1.5 km across, located on the Norway-Barents-Svalbard margin. Pore water chemical and isotopic results based on shallow sediment cores as well as geothermal and geomorphological data suggest that the GH accumulation is of a concentric pattern controlled by and formed essentially from the ascending mud volcano fluid. The gas hydrate content of sediment peaks at 25% by volume, averaging about 1.2% throughout the accumulation. The amount of hydrate methane is estimated at ca. 108 m3 STP, which could account for about 1-10% of the gas that has escaped from the volcano since its origin
This study evaluates the spatial and temporal variability of seepage detected in the main fjords of ...
The ongoing warming of bottom water in the Arctic region is anticipated to destabilize some of the g...
Natural gas hydrates are clathrates in which water molecules form a crystalline framework that inclu...
Gas hydrate (GH) accumulation is characterized and modeled for the Hakon Mosby mud volcano, ca. 1.5 ...
The occurrence of gas hydrates at submarine mud volcanoes (MVs) located within the gas hydrate stabi...
[1] The occurrence of gas hydrates at submarine mud volcanoes (MVs) located within the gas hydrate s...
Gas incubated in clathrate water-structures, stabilizes the hydrogen bonded substance termed gas hyd...
Two gas hydrate accumulations associated with mud volcano craters were investigated by means es of s...
We investigated gas hydrate in situ inventories as well as the composition and principal transport m...
A widespread bottom-simulating reflection (BSR) defining the base of the gas hydrate stability zone ...
Gas hydrates store a large amount of methane (>500 Gt of Carbon) in continental margins and permafro...
The isotopic and ionic composition of pure gas hydrate (GH) water was examined for GHs recovered in ...
The isotopic and ionic composition of pure gas hydrate (GH) water was examined for GHs recovered in ...
A bottom-simulating reflector (BSR) occurs west of Svalbard in water depths exceeding 600 m, indicat...
In 2014, the discovery of seafloor mounds leaking methane gas into the water column in the northwest...
This study evaluates the spatial and temporal variability of seepage detected in the main fjords of ...
The ongoing warming of bottom water in the Arctic region is anticipated to destabilize some of the g...
Natural gas hydrates are clathrates in which water molecules form a crystalline framework that inclu...
Gas hydrate (GH) accumulation is characterized and modeled for the Hakon Mosby mud volcano, ca. 1.5 ...
The occurrence of gas hydrates at submarine mud volcanoes (MVs) located within the gas hydrate stabi...
[1] The occurrence of gas hydrates at submarine mud volcanoes (MVs) located within the gas hydrate s...
Gas incubated in clathrate water-structures, stabilizes the hydrogen bonded substance termed gas hyd...
Two gas hydrate accumulations associated with mud volcano craters were investigated by means es of s...
We investigated gas hydrate in situ inventories as well as the composition and principal transport m...
A widespread bottom-simulating reflection (BSR) defining the base of the gas hydrate stability zone ...
Gas hydrates store a large amount of methane (>500 Gt of Carbon) in continental margins and permafro...
The isotopic and ionic composition of pure gas hydrate (GH) water was examined for GHs recovered in ...
The isotopic and ionic composition of pure gas hydrate (GH) water was examined for GHs recovered in ...
A bottom-simulating reflector (BSR) occurs west of Svalbard in water depths exceeding 600 m, indicat...
In 2014, the discovery of seafloor mounds leaking methane gas into the water column in the northwest...
This study evaluates the spatial and temporal variability of seepage detected in the main fjords of ...
The ongoing warming of bottom water in the Arctic region is anticipated to destabilize some of the g...
Natural gas hydrates are clathrates in which water molecules form a crystalline framework that inclu...