Excess Oxygen in Deep Earth Magma May Explain Atmosphere Oxygen
Key Takeaways
- Deep Earth magma can store excess oxygen beyond normal chemical limits.
- The study was recently published in the National Science Review.
- This discovery helps explain the evolution of Earth's oxygen-rich atmosphere.
- Researchers used advanced geochemical analysis to uncover the hidden oxygen.
A team of researchers discovered that deep Earth magma is capable of carrying excess oxygen beyond standard chemical expectations. Published in the National Science Review, the study provides crucial insights into mantle geochemistry. This hidden oxygen reservoir may play a key role in explaining how Earth's atmosphere evolved to become rich in oxygen over geological timescales.
Recommended for you
Tools and services we trust to boost productivity and content workflows.
Browse picks