July 1st, 2024

Hydrothermal Environment Discovered Deep Beneath the Ocean

A new hydrothermal environment named Jøtul discovered deep beneath the Arctic Ocean off Svalbard, Norway, supports unique life forms through chemosynthesis. This finding enhances understanding of deep-sea ecosystems and global processes.

Read original articleLink Icon
Hydrothermal Environment Discovered Deep Beneath the Ocean

A new hydrothermal environment named Jøtul has been discovered deep beneath the Arctic Ocean off the coast of Svalbard, Norway. This field of hydrothermal vents, located along the Knipovich Ridge, provides warmth and chemical reactions that support unique life forms thriving in the extreme conditions. These vents release minerals and materials dissolved in the oceanic crustal rocks, creating a food web based on chemosynthesis rather than photosynthesis. The discovery of the Jøtul Field fills a significant gap in the understanding of hydrothermal systems in the Norwegian-Greenland Sea and provides insights into ocean chemistry and the circulation of materials like carbon. This finding is crucial for understanding Earth's biodiversity, planetary functions, and the emergence of life in different environments. The research, published in Scientific Reports, sheds light on the importance of hydrothermal environments in deep-sea ecosystems and their impact on global processes.

Related

Fresh water on Earth emerged 500M years earlier than previously thought

Fresh water on Earth emerged 500M years earlier than previously thought

Researchers at Curtin University discovered fresh water on Earth around four billion years ago, challenging existing theories. Analysis of ancient crystals suggests landmasses and fresh water played a crucial role in early life emergence. Published in Nature Geoscience.

Structures discovered in the Pacific could change our understanding of Earth

Structures discovered in the Pacific could change our understanding of Earth

Researchers found unique structures in the Pacific Ocean challenging traditional beliefs about Earth's early history. Rock formations in South Africa and New Zealand suggest ancient seismic activities shaped the planet, potentially influencing the emergence of life.

Hydrothermal vents on seafloors of 'ocean worlds' could support life

Hydrothermal vents on seafloors of 'ocean worlds' could support life

A study led by UC Santa Cruz researchers suggests lower-temperature hydrothermal vents on ocean worlds like Europa could support life. Computer simulations show sustained circulation for millions of years, aiding fluid systems' longevity. NASA and NSF funded the study.

Bacteria found to produce proteins that act like antifreeze

Bacteria found to produce proteins that act like antifreeze

Certain marine worms in polar waters survive cold temperatures with symbiotic bacteria producing antifreeze-like proteins. Research in Science Advances reveals the worms host bacteria for cryoprotective proteins, preventing freezing. This study showcases microbial assistance in extreme environments.

The Mysterious, Deep-Dwelling Microbes That Sculpt Our Planet

The Mysterious, Deep-Dwelling Microbes That Sculpt Our Planet

Microbes in Earth's crust, like Thiothrix and Gallionella species, are reshaping scientific understanding. Geomicrobiologists study these ancient, slow-reproducing microbes thriving in extreme conditions, revealing a hidden world influencing Earth's geology and life evolution.

Link Icon 3 comments
By @pictureofabear - 3 months
These kind of discoveries make me extremely hopeful that there is life on Europa or Enceladus
By @freilanzer - 3 months
Warning: Entering ecological dead zone.
By @pfdietz - 3 months