Climate crisis? There is NO climate crisis

Earth is a water planet. Oceans cover 72% of the global surface area to an average depth of 2.3 miles, holding 96.5% of all water on the planet. Consequently, it is the oceans that exercise overwhelming influence over global heat distribution, atmospheric moisture, and the planet's regional climate zones. The global ocean holds more than 1,000 times the heat capacity of the atmosphere and absorbs over 90% of all recent global warming. Oceans hold 91% to 93% of the world’s retained heat energy. They are the primary source of atmospheric water vapour - reaching up to 4% in tropical surface regions - and are the principal source of clouds, storms, rainfall and snow. Water vapour is responsible for up to 75% of all atmospheric radiative heat retention. Thermohaline currents act as a planetary conveyor belt, taking roughly 1,000 years to recirculate cold, dense deep water and warm tropical currents. Without this system - including permanent gyres like the Sargasso Sea and regional eddies - places like Northern Europe would share the frigid climate of Greenland. These ancient ocean patterns have operated continuously for hundreds of millions of years, stabilising and redistributing energy across the globe. When evaluating the carbon cycle, the ocean's role remains central, while atmospheric carbon represents a remarkably small fraction of the active reservoir. The oceans hold 86% of the world’s active carbon reservoir. Carbon stored in permafrost soils (tundra) accounts for 3%, while living biomass holds 1.5%. At 426 ppm, atmospheric CO₂ accounts for much less than 1% of the active carbon pool. In warm tropical air, water vapour is up to a hundred times more abundant in the atmosphere than CO₂. Human activities contribute roughly 1% to 4% annually to total global carbon fluxes. The ocean’s dominance does not negate CO₂’s radiative role, but integrates with it: warmer oceans naturally hold less dissolved gas, releasing CO₂ back into the atmosphere as a secondary feedback during warming cycles, such as El Niño events. Attributing the modern observed temperature increase of 1.1°C to 1.4°C since the pre-industrial period exclusively to a trace gas overlooks the powerful array of natural climate drivers. Current average global temperatures (estimated statistically at 15°C) reflect a 1.4°C recovery from the 500-year Little Ice Age (1300–1850). This remains significantly cooler than the Phanerozoic Eon average of 24°C, or its peak hothouse periods of 34°C. It remains a key scientific challenge to explain how a trace gas alone can override or obscure the primary drivers of Earth's system - including solar output, lunar tidal influences, ocean heat transport, cloud dynamics and orbital anomalies such as the Milankovitch cycles. The crusade for Net Zero by 2050 and the annual COP summits have increasingly morphed from environmental stewardship into a vast campaign of wealth redistribution. Under the banner of an impending 'climate crisis', complex natural interactions are reduced to a single-variable narrative. This political momentum shifts authority away from national sovereignty and towards centralised global governance. This is globalism in action. The winners in this unwinnable war are the BRICS nations and the Global South. China alone has become the greatest manufacturing nation in history, powered by the world's largest coal fleet - and continues to build roughly two new coal-fired power plants every week. China is now the greatest source of atmospheric carbon dioxide in the world.