Ongeveer 102 klimaat wetenschappers van VN Klimaat panel ipcc zeggen duidelijk in een technisch hoofdstuk, tabel 12.12 , dat voor de meeste climate impact drivers ( 24 van 33) er geen trend gemeten is die, statistisch gezien, groter is dan de natuurlijke variatie. Het gaat om "hevige neerslag, droogtes, overstromingen, bosbranden-fire weather, tropische cyclonen." Ongemakkelijke feiten, niet meegenomen in schrijven van samenvatting voor beleidsmakers, die klimaatwetenschappers en onze klassieke media in de doofpot hebben gestopt.

The foundational flaw of the climate narrative is the deliberate omission of context. We were told current temperatures and CO₂ levels were unprecedented, yet geological history says the exact opposite. Earth has been locked in the Late Cenozoic Ice Age for the past 34 million years, triggered by the glaciation of Antarctica. On geological timescales, the world's climate state is overwhelmingly driven by tectonic shifts and changing ocean currents. These ice age conditions intensified 2.58 million years ago into the Quaternary glaciation, characterised by long, brutal glacial periods of around 100,000 years, interrupted by temporary, warmer interglacials like the Holocene we live in today. We live in a far cooler global regime than 90% of the past 541 million years of the Phanerozoic Eon. Global average temperatures today sit around 15°C - markedly cooler than the Phanerozoic average of approximately 24°C, which historically swung between cold glacial lows and thermal peaks over 30°C. By historical standards, we are living in unusually cold times. The alarming predictions of extreme warming - such as projections of up to 5°C based on high-emissions models - are increasingly recognised across scientific literature as implausible upper bounds rather than realistic baselines. Atmospheric CO₂ is the indispensable foundation for photosynthesis, agriculture and the rise of complex life on Earth. Rather than suffering from an excess of carbon, the modern Earth has emerged from a long-term geological carbon shortfall - a prolonged period during which lower CO₂ levels contributed to global aridity and the retreat of ancient green biomass. An increase in atmospheric CO₂ represents life's biological resurgence. Acting as a natural fertiliser, it stimulates plant growth, improves water-use efficiency, and expands the planet's green canopy - a transformation clearly visible from satellite observation. The natural world has endured genuine, cataclysmic upheavals in the deep past. The great extinction events and climate shifts of history - such as the Carnian Pluvial Episode or the End-Permian transition - played out over tens of thousands to millions of years. Yet through every transformation, the biosphere adapted, survived and ultimately thrived. These events became opportunities for new life forms to emerge, such as the dinosaurs, and us. When the planet experienced sustained greenhouse conditions, life did not collapse - it flourished. During the Eocene Epoch 56 million years ago, palm trees grew in the Arctic, permanent ice disappeared from the poles and lush rainforests blanketed much of the planet's landmass. Far from a barren wasteland, the Eocene was a time of astonishing biological abundance, dense vegetation and a massive evolutionary radiation of mammalian life. The lessons of history show us that warmer conditions and elevated carbon levels are not the forces of destruction; historically, they have been the catalysts for biological growth and global greening. IMAGE: Global mean surface temperature curve over the past 485 million years of the Phanerozoic Eon, showing Earth's current position within a deep icehouse regime. Data adapted from paleoclimate reconstructions by C.R. Scotese et al. (2021) and E.J. Judd et al. Science (2024).