New blog post is up! Read about @ehsansci.bsky.social community project and why marine clouds are so important for our climate and how to study them in more detail! #scicomm
Another blog post is online, slowly I settle into my chief editor role! ✍️ it is always great reading about new research and working with the authors to make it approachable for more scientists! #scicomm #outreach #egublog
Session link:
ams.confex.com/ams/106ANNUA...
Excited for #AMS2026 in Houston! 📍
Next week, I’ll be presenting on building a large-eddy simulation (LES) library for marine low clouds. 💻📡☁️
Looking forward to connecting and chatting about #clouds, #aerosols, and more!
@ametsoc.org #DiscoverDRI #LES #AMS106
New EGU Atmosphere blog post about our work is out! 📘
A library of Lagrangian trajectories is developed to study marine stratocumulus clouds & aerosol–cloud interactions under realistic conditions. ☁️
Thanks to @egu-as.bsky.social editorial team for the great support! 🙌
🔗 blogs.egu.eu/divisions/as...
Aerosol-cloud interactions (ACI) from anthropogenic pollution and biomass burning make a large but highly uncertain contribution to present-day global climate forcing. ACI are also intentionally lever...
ams.confex.com
Marine low clouds, such as stratocumulus, play a central role in regulating Earth’s climate by reflecting incoming sunlight back to space. Yet these clouds are notoriously difficult to simulate and pr...
New blog post is up! Read about @ehsansci.bsky.social community project and why marine clouds are so important for our climate and how to study them in more detail! #scicomm
New EGU Atmosphere blog post about our work is out! 📘
A library of Lagrangian trajectories is developed to study marine stratocumulus clouds & aerosol–cloud interactions under realistic conditions. ☁️
Thanks to @egu-as.bsky.social editorial team for the great support! 🙌
🔗 blogs.egu.eu/divisions/as...
📢 Our preprint is now available:🧾
“Isolating the contribution of local and non-local shortwave flux biases towards climatological sea surface temperature biases within a coupled climate model.” ☀️🌊
🔗 Link in comments 👇
#DRIscience #solar #radiation #simulation #remotesensing #ocean #atmosphere
blogs.egu.eu
Marine low clouds, such as stratocumulus, play a central role in regulating Earth’s climate by reflecting incoming sunlight back to space. Yet these clouds are notoriously difficult to simulate and pr...
Coupled climate models suffer from persistent climatological biases in sea surface temperature (SST). The exact causes of these biases are often difficult to diagnose given the complex oceanatmosphere...
New EGU Atmosphere blog post about our work is out! 📘
A library of Lagrangian trajectories is developed to study marine stratocumulus clouds & aerosol–cloud interactions under realistic conditions. ☁️
Thanks to @egu-as.bsky.social editorial team for the great support! 🙌
🔗 blogs.egu.eu/divisions/as...
Ehsan Erfani, PhD
Ehsan Erfani, PhD
Marine low clouds, such as stratocumulus, play a central role in regulating Earth’s climate by reflecting incoming sunlight back to space. Yet these clouds are notoriously difficult to simulate and pr...
🔈 At #AMS2026, I will chair a session on Precipitation, Weather Modification, and Climate Intervention within the Aerosol-Cloud-Climate Interactions Symposium.
📍 Join us on Tuesday, 27 Jan, in Houston or online
🔗 Link in comments
@ametsoc.org
#MCB #CCT #cirrus #cloud #aerosol #DiscoverDRI #AMS106
