The Titanic lies about 12,500 feet under the ocean. The pressure down there is so immense that even submersibles supposedly built for those conditions can, as we know, tragically fail. Now imagine ...
Deep-sea symbioses encompass a diverse array of partnerships between invertebrate animals and chemosynthetic bacteria that convert inorganic molecules into organic compounds. Such interactions are a ...
A research team led by Occidental College has identified a previously unknown symbiosis; deep sea spiders that cultivate and feed on bacteria that oxidize methane. Subscribe to our newsletter for the ...
The Titanic lies about 12,500 feet under the ocean. The pressure down there is so immense that even submersibles supposedly built for those conditions can, as we know, tragically fail. Now imagine ...
The atmosphere contains trace amounts of hydrogen (H₂) that represent an essential energy resource for diverse microorganisms, particularly those inhabiting soils. These microbes utilise specialised ...
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