Climate crisis? There is NO climate crisis

Our planet Earth operates on a scale of vast, predictable clockwork driven by celestial mechanics. Changes over geological history are always slow, measured and endless. Life on land has survived at least five major extinction events, by simply brushing global catastrophes aside and carrying on. Over millions of years, subtle shifts in Earth’s orbit, axial tilt and precession - the Milankovitch cycles - have locked the global climate into regular, repeating rhythms. These orbital variations dictate the pacing of ice ages and interglacials, setting the solar baseline for everything that happens on the surface. Far from being fragile, biological life has evolved alongside this astronomical heartbeat. Ecosystems have spent hundreds of millions of years adapting to these predictable, large-scale shifts. Plant and animal species did not rely on static temperatures; they flourished through resilience, migration and expansion as the planet drifted in the empty cosmos, between cold glaciations and warm interglacials. When we understand climate through this dual lens - orbital regularity above and biological adaptability below - the true nature of Earth’s stability comes into focus. Planetary history is not a chaotic sequence of sudden emergencies, but an orderly system where life continuously adjusts to the relentless rhythms of the solar system.

The oceans - not human industrial activity - are the regulatory engine that maintains global climate stability. Earth, by all physical metrics, should be renamed Ocean. We inhabit an ocean world where deep waters cover 72% of the globe to an average depth of 2.3 miles. Land comprises a mere 28% of the planet's surface, and all human infrastructure combined occupies just 1% to 3% of that remaining land. Crucially, the oceans hold 86% of the surface carbon reservoir and absorb over 90% of retained thermal energy, while the atmosphere holds just a fraction of a percent of each. Because of this vast oceanic thermal capacity, Earth’s climate is buffered within longer-term geological regimes. Currently, our planet remains bound to the Late Cenozoic Ice Age, with an average global temperature of roughly 15°C. This is well below (at least 10°C lower) the long-term planetary average of 24°C seen throughout most of biological history. Carbon dioxide was not the primary driver of these macro-level shifts. The current ice age structure began 34 million years ago with the thermal isolation and glaciation of Antarctica, later intensified by the closure of the Isthmus of Panama and orbital Milankovitch cycles. The modern world emerged during the current 2.58-million-year Quaternary Glaciation. This is a sequence of 100,000-year long glacial cycles, periodically paused by brief, roughly 15,000-year warm interglacials. All human civilisation, agriculture and technological progress has unfolded within the latest of these: the Holocene interglacial, which began 11,700 years ago. Measuring current conditions against these geological baselines reveals a very different picture than the skewed narrative of a runaway warming crisis. Roughly 10% of Earth's land area remains permanently capped by glacial ice (15 million square kilometers) - nearly a third of its extent during the Last Glacial Maximum peak 20,000 years ago. The vast majority of this ice resides in Antarctica, the largest and thickest ice sheet on the planet, extending up to 4.8 kilometers deep and holding 90% of global ice volume. The Earth has a built-in natural stability, which has guided the planet throughout the entire rise of life on land.