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Scientists Detect Shift in Human Blood as CO2 Rises

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Scientists Detect Shift in Human Blood as CO2 Rises
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The Gist

“Researchers have found a significant shift in human blood chemistry over the past two decades, with blood bicarbonate levels increasing by 7% and calcium and phosphorus levels declining, closely tracking the rise in atmospheric CO2. This change may have major implications for human health, particularly for children and teenagers, as their developing bodies face the greatest lifetime exposure to elevated CO2 levels.”

A recent study analyzing over two decades of US health data has revealed a notable shift in human blood chemistry, with significant increases in blood bicarbonate levels and declines in calcium and phosphorus levels, closely mirroring the rise in atmospheric CO2. This finding has sparked concerns about the potential health impacts, especially on younger populations.

Key Insights

The key findings include a 7% increase in blood bicarbonate levels since 1999, accompanied by declines in calcium and phosphorus levels over the same period. These changes in blood chemistry closely track the increase in atmospheric CO2, suggesting a potential link between environmental CO2 levels and human health, with significant implications for the health and development of children and teenagers.

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