Nearly 12,000 feet beneath the Greenland Sea, in darkness and crushing pressure, the Freya Hydrate Mounds are quietly ...

Nearly 3.7 kilometers beneath the Greenland Sea, scientists have stumbled on a hidden landscape of icy methane and dense ...

Learn how the deepest gas hydrate cold seep ever found in the Arctic is revealing how methane moves — and sustains life — far ...

A reserve of natural gas bubbling from a cage of ice discovered on the ocean floor to the west of Greenland may be the ...

The NETL Methane Hydrate Program is designed to support the development of Methane Hydrate science and enable highly qualified graduate and postgraduate students to pursue advanced degrees and ...

Naturally occurring methane hydrate deposits are potential sources of energy. However, their observation in natural environments remains challenging. Researchers have now developed a one-dimensional ...

A multinational scientific team led by UiT has uncovered the deepest known gas hydrate cold seep on the planet. The discovery ...

TOKYO (Reuters) - A Japanese energy explorer said on Tuesday it extracted gas from offshore methane hydrate deposits for the first time in the world, as part of an attempt to achieve commercial ...

Deep below the ocean’s surface, the seafloor contains large quantities of naturally occurring, ice-like deposits made up of water and concentrated methane gas. For decades, climate scientists have ...

Lurking at the bottom of the ocean is a ticking time bomb of potential climate disaster. This would-be catastrophe is fire-ice, the oxymoronic compound frozen deep under the ocean floor. As the oceans ...

Warmer oceans can lead to large amounts of methane being released from the seabeds, which may amplify climate warming. A new study develops a method to understand the role of microorganisms in ...

Warmer oceans can lead to large amounts of methane being released from the seabeds, which may amplify climate warming. A new study develops a method to understand the role of microorganisms in ...