Like Gavin Schmidt did in an @nature article, Mann et al. use a non-peer-reviewed online post by Zeke @hausfath as a reference for a limited effect of shipping desulphurization.
While NASA CERES 🛰 observations indicate a strong forcing of ~0.5 W/m²:
https://t.co/djZRmQPKaf
1.4 W/m² globally could heat >700 billion 1 kW stoves 24/7!
When you smell something burning and see and hear the pot boiling over, your first response is likely to turn down the heat.
Most of those responsible for informing and protecting the public from global heating keep ignoring the signs.
As the EAMT will be increasingly discussed in the coming days, I think it's a good idea to share my thread from last year on the subject.
We'll delve into the physics of the phenomenon & decipher its process/repercussions on the overall synoptic picture.
Time for some pedagogy!
Tipping Point from the Stable Climate at ~280 ppm CO₂ (Holocene, during past 10,000 years) to a Stable Hothouse Climate at 560 ppm CO₂.
We already at 560 ppm CO₂ equivalent and will likely hot (and pass) 560 ppm CO₂ later this century.
Simplified graph, adapted from @KNMI.
@Aigle_e@Superchri90 In my humble opinion, this destabilization of the PV is a tipping point that indicates a high risk of planetary destabilization. Grave matter which has received no media coverage.