Climate change: How oxygen deficiency changes metabolic processes in the ocean
Peer-Reviewed Publication
Updates every hour. Last Updated: 23-Oct-2026 20:17 ET (24-Oct-2026 00:17 GMT/UTC)
A new study reveals how sulfur compounds are metabolized under oxygen-deficient conditions – and which microorganisms are responsible.
New study reveals brief, globally coherent phosphorus spikes linked to ancient marine mass extinctions.
The findings highlight how nutrient-cycle disruption can contribute to ocean oxygen loss and ecosystem stress.
Even as temperatures rise on Earth’s surface and in the lower atmosphere, the planet’s upper atmosphere has cooled dramatically. This paradoxical pattern is a well-known sign of humanity’s climate impacts—but until now, the underlying physics has remained a mystery.
In a new study, researchers from Columbia University describe the phenomenon’s mechanics, illuminating how it is largely determined by the way carbon dioxide (CO2) interacts with different wavelengths of light.