Earth's atmosphere is 99.96% nitrogen, oxygen and argon - yet carbon dioxide is less than a tenth of 1%. A global climate franchise based around the United Nations, has driven a 40-year campaign, based on CO₂ as an existential threat to the future of mankind. However, fundamental planetary physics and geology contradict this agenda, which has caused disruption and widespread industrial decline in Western nations. The warming effect of additional atmospheric CO₂ follows a descending logarithmic curve: each incremental 100 ppm yields roughly only half the warming effect of the preceding 100 ppm. Far from triggering runaway warming, additions of 2 to 3 ppm per year represent a vital biological recovery following hundreds of millions of years of long-term planetary CO₂ depletion. Geologically speaking, Earth - and human society - is in a cooler ice age regime, making current interglacial warming and carbon bounce-back a welcome restoration of the biological world, not a threat. We live in a world already several degrees colder than temperatures throughout 90% of this biological age. The tangible evidence of a decades long biological revival has become visible from space. NASA satellite imagery demonstrates widespread 'global greening', particularly across arid and semi-desert margins where elevated CO₂ allows vegetation to retain water and flourish. Farm produce has soared, cereal crops by 280%. This green leaf recovery has been met only with brooding silence from corporate boardrooms and the UN. It's not driven by the physics of climate, but mapped out in economic spreadsheets, for a spending effort unmatched in world history. The oceans are the key to the vagueries of the world's climate. They cover 72% of the Earth's surface area to an average depth of 2.3 miles, yet they have been conspicuously absent from the climate manifesto, coined by the IPCC. The oceans also contain 86% of Earth’s surface carbon reservoir. They dominate the world's climate systems, generating global rainfall, cloud cover and water vapor. Oceans also provide the bulk of plant and algae photosynthesis, and oxygen regeneration. This comes from microscopic phytoplankton, making up less than 2% of global plant biomass. These single-celled organisms generate up to 80% of Earth’s oxygen and perform nearly half of all global photosynthesis. Processing between 30 and 50 billion metric tons of carbon annually, phytoplankton match the carbon capture capability of all terrestrial forests combined. Marine dynamics are profound: as oceans warm, they naturally release CO₂; as they cool, they absorb and retain it. Deep ocean currents carry tropical warm upwards to the otherwise frigid Northern Hemisphere over thousand year cycles. Despite these physical realities, the UN climate franchise marches onwards, a wayward experiment expected to cost the world $275 trillion by 2050, or more than two-and-a-half times global GDP.