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by doodlebugging
462 days ago
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This is true. Commercial interests have been waiting for the day when they could start mining the seafloors globally for these nodules. I was in college ~40 years ago and it was a topic of discussion back then. The technology to conduct the seafloor mining was not available though everyone knew that the day would come when it became feasible if industry required these minerals. Someone would work on solving the problems of access and recovery. The processing part was already done. No one wondered how it would disturb the seafloor since so little was known about the deep sea environment back then. The nodules were going to be the answer to mineral shortages that would naturally occur as you deplete all the economically recoverable deposits in your own country or as deposits in friendly countries become unavailable due to geopolitical changes. Countries that have little mineral wealth of their own but do have a coastline that gives them access to deep water could benefit by opening their offshore areas to seafloor mining. I think the discovery or the notion that oxygen could be produced in the deep sea by processes acting on or with these nodules is not unusual. Extremophile organisms able to live in anoxic conditions in total darkness on the seafloor should surprise no one. It also should surprise no one that some of the organisms may have evolved to produce oxygen as a by-product of their interaction with mineralized rocks. It's a big ole beautiful world out there and we don't understand a lot about it. It seems unlikely that in 4.5 billion years nothing has evolved to fill that niche. Personally I think it's bacteria all the way down. |
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For all the folks thinking about Project Azorian[0], I recently read "Blind Man's Bluff"[1] and recommend it for the larger context of oceanic subsurface reconnaissance.
0. https://www.cia.gov/legacy/museum/exhibit/project-azorian/
1. https://www.amazon.com/Blind-Mans-Bluff-Submarine-Espionage/...