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This analysis reveals systemic ocean transformations impacting climate and ecosystems, suggesting urgent preservation actions.
This text examines the systemic transformations of the oceans in the context of contemporary climate change, highlighting their fundamental role as the invisible infrastructure of planetary stability. Warming, acidification, and salinity shifts are not treated as isolated phenomena but as interconnected symptoms of a global imbalance affecting climate, the economy, and geopolitical architecture. The analysis integrates dynamics such as the weakening of the AMOC circulation, polar ice melt, and the destabilization of hydrological cycles, pointing to a transition toward a new climatic regime defined by critical thresholds and growing unpredictability. Within this framework, the oceans are reinterpreted as the Earth’s “original algorithm,” while the preservation of marine ecosystems and the reduction of emissions emerge as essential conditions for maintaining global equilibrium and the habitability of the planet.
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Adrian Leonard Mociulschi (2026) studied this question.
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