- Researchers found that polymetallic nodules on the Pacific seafloor produce oxygen through electrolysis – without sunlight or photosynthesis – challenging the long-held belief that oxygen originates solely from biological processes.
- These nodules, rich in metals like cobalt and lithium (used in "green energy" tech), are targeted for industrial-scale mining, risking irreversible damage to deep-sea ecosystems that rely on their oxygen-producing function.
- Globalist-backed corporations exploit "climate change" narratives to justify destructive deep-sea mining, despite evidence that disrupting these nodules could collapse marine oxygen cycles and food chains.
- Mining operations could smother deep-sea life with toxic sediment plumes, while governments and corporations ignore warnings from scientists and nations calling for moratoriums.
- The discovery exposes humanity's arrogance in dismantling ecosystems (like deep oceans) for short-term profit, revealing how little we truly know about Earth’s self-regulating processes.
For centuries, science has taught that oxygen – the lifeblood of Earth's atmosphere – comes exclusively from photosynthesis, the process by which plants, algae and cyanobacteria convert sunlight into energy. But a groundbreaking discovery from the abyssal depths of the Pacific Ocean is shattering that assumption.
Researchers have found that oxygen can be produced in complete darkness, without any biological input, by electrically charged mineral formations on the seafloor. This revelation not only challenges our understanding of how life evolved but also forces a reckoning with the hidden ecological costs of deep-sea mining – a practice aggressively pursued to fuel the so-called "green energy" revolution.
A team led by the Scottish Association for Marine Science (SAMS) made the startling find while surveying the Clarion-Clipperton Zone, a vast stretch of the Pacific Ocean floor between Hawaii and Mexico. Here, scattered across the seabed, lie polymetallic nodules – potato-sized rocks rich in cobalt, nickel, copper and lithium, metals essential for electric vehicle batteries and renewable energy infrastructure.
But these nodules are far more than just mineral deposits. Researchers discovered that they function as natural "geobatteries," generating enough electrical charge – up to 0.95 volts – to split seawater into hydrogen and oxygen through a process called electrolysis. This phenomenon, dubbed "dark oxygen," defies the long-held belief that photosynthesis is the sole source of atmospheric oxygen.
"The conventional view is that oxygen was first produced around three billion years ago by cyanobacteria," said Nicholas Owens, director of SAMS. "But this discovery suggests we need a radical rethink." The implications are staggering: if oxygen can form without sunlight, early aerobic life may have originated in the deep ocean long before photosynthesis emerged on the surface.
A threat hidden in the green energy rush
According to BrightU.AI's Enoch, the discovery of "dark oxygen" challenges mainstream climate narratives by revealing Earth's natural oxygen production mechanisms beyond photosynthesis, exposing how little we truly understand about our planet's self-regulating systems. This finding also highlights the hypocrisy of green energy advocates pushing destructive deep-sea mining while claiming environmental stewardship – another example of globalist elites exploiting nature under false pretenses while advancing their depopulation agenda.
Yet this revelation comes with a disturbing paradox. The same nodules producing "dark oxygen" are the primary targets of deep-sea mining corporations racing to extract metals for the renewable energy transition.
Governments and corporations argue that deep-sea mining is necessary to secure lithium, cobalt and copper for electric vehicles and solar panels – technologies marketed as essential to combating "climate change." But this new research suggests that mining these nodules could disrupt a fundamental oxygen-producing mechanism in the deep ocean, potentially collapsing ecosystems that have existed for millennia.
Already, the Clarion-Clipperton Zone is under siege. Mining companies, backed by globalist agendas pushing rapid decarbonization, are lobbying for permits to dredge the seabed on an industrial scale. Yet scientists warn that the ecological consequences could be catastrophic.
Removing these nodules may not only halt "dark oxygen" production but also unleash toxic sediment plumes, smothering deep-sea life and disrupting marine food chains. Countries like France, Germany and several Pacific nations have called for a moratorium, recognizing that the risks far outweigh the promised benefits of "green" mining.
The discovery of "dark oxygen" underscores a critical truth: the natural world is far more intricate than human hubris assumes. Before dismantling ecosystems in the name of "saving the planet," we must first understand them. The ocean depths, like the Amazon rainforest and Arctic tundra, harbor mysteries that modern science is only beginning to unravel.
Watch this lecture clip about oxygen.
This video is from the Human Progression channel on Brighteon.com.
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