TOKYO – A groundbreaking study from the Earth-Life Science Institute (ELSI) at Institute of Science Tokyo has revealed that during Earth’s ancient 'Snowball' periods, the planet’s own geological systems were, for lack of a better term, dragging their feet. Researchers found that subglacial weathering, a chemical process that consumes atmospheric carbon dioxide, continued unabated beneath vast ice sheets, effectively hitting the snooze button on global warming.

“We always assumed that when the planet was completely encased in ice, its internal mechanisms would kick into high gear to fix the problem,” explained lead researcher Dr. Kaito Tanaka, wiping a bead of sweat from his brow. “Turns out, Earth was just chilling, literally. It was like, ‘Oh, we’re frozen solid? Cool, I’ll just keep absorbing CO2 down here, no rush.’”

The findings challenge the long-held belief that these weathering processes would cease under ice, allowing CO2 to build up and eventually melt the planet. Instead, the models suggest Earth’s crust was quietly doing the opposite, prolonging the icy apocalypse for millions of years. “It’s a classic case of the left hand not knowing, or perhaps not caring, what the right hand is doing,” added Dr. Tanaka.

Experts now speculate that if Earth had simply been a little more proactive, or perhaps had a better project manager, the planet could have avoided several millennia of being a giant, frozen disco ball. The study concludes that even planetary-scale systems can sometimes lack a sense of urgency.