When the atmosphere slows the Earth: Uncovering a subtle signal of climate change
60-Word AI Digest
Atmospheric circulation governs weather and climate, but it also carries angular momentum. When winds shift or mass redistributes, the atmosphere can exchange momentum with the solid Earth, slightly altering the planet's rotation rate. This is not a new concept, but what happens under long-term global warming?
Key Takeaways
- Atmospheric circulation governs weather and climate, but it also carries angular momentum.
- When winds shift or mass redistributes, the atmosphere can exchange momentum with the solid Earth, slightly altering the planet's rotation rate.
- This is not a new concept, but what happens under long-term global warming?
Atmospheric circulation governs weather and climate, but it also carries angular momentum. When winds shift or mass redistributes, the atmosphere can exchange momentum with the solid Earth, slightly altering the planet's rotation rate. This is not a new concept, but what happens under long-term global warming?
Original Publisher Attribution
This summary was curated from Phys.org.