New Science paper finds that the increase in Absorbed Solar Radiation from decreasing low altitude clouds is responsible for 0.2°C additional warming!
0.12°C of that over Northern Hemisphere mid-latitudes.
In line with the aerosol termination shock we feared!
New Science paper finds that the increase in Absorbed Solar Radiation from decreasing low altitude clouds is responsible for 0.2°C additional warming!
0.12°C of that over Northern Hemisphere mid-latitudes.
In line with the aerosol termination shock we feared!
Not realistic?
Try to genuinely imagine what it would take to realize net zero in time to keep global warming below 2.0°C.
We are crossing 1.5°C as we speak.
Let's keep it real!
Not realistic?
Try to genuinely imagine what it would take to realize net zero in time to keep global warming below 2.0°C.
We are crossing 1.5°C as we speak.
Let's keep it real!
Andrew Dessler has a new deep dive on the climate physics underling the zero emissions commitment over at the Climate Brink today: www.theclimatebrink....
Andrew Dessler has a new deep dive on the climate physics underling the zero emissions commitment over at the Climate Brink today: www.theclimatebrink....
Models don't take into account the reduction of aerosols over western-central Europe and underestimate regional warming by ~0.5 °C!!
And summer warming by ~1.0 °C!
www.nature.com/articles/s43...
Models don't take into account the reduction of aerosols over western-central Europe and underestimate regional warming by ~0.5 °C!!
And summer warming by ~1.0 °C!
www.nature.com/articles/s43...
esd.copernicus.org/articles/15/...
Our work exploring the impact of changes in shipping emissions on 2023 temperatures is now published on ESD. We used the CESM2 LENS and performed new simulations including changes in SOx, unlike the originals. Here are our findings 🧵
esd.copernicus.org/articles/15/...
Our work exploring the impact of changes in shipping emissions on 2023 temperatures is now published on ESD. We used the CESM2 LENS and performed new simulations including changes in SOx, unlike the originals. Here are our findings 🧵