Our new @NatureGeosci paper uses theory, reanalysis data, and a hierarchy of climate models to show that the lightness of water vapor makes cold air rise and increases low cloud cover. However, some climate models do not incorporate this effect.
https://t.co/xSnXWDFtz2
From #PhysicsInformedML to #MLInformedPhysics: We're excited about the "knowledge discovery" component of AI utilizing vast amount of data.
There is much more out there to be discovered, as Nature's imagination is far greater than that of humans. Don't stop searching.💡
@stanforddoerr
We are thrilled to welcome B.B. Cael, an expert in climate mitigation and global carbon cycle-climate dynamics, as a new assistant professor part of the Climate Systems Engineering initiative (CSEi). 🎊
Learn more: https://t.co/Vl5DAAIxXc
@GeoSci_UChicago
Our latest paper on atmospheric rivers is now published in @NatureComms ! 🌧️ We’ve developed a new variable, vapor kinetic energy, to accurately track and understand the maintenance and movement of atmospheric rivers. This work is led by my former postdoc @HingOng1#Climate
New study by Ong and Yang (@climate_da@UChicago) uses vapor kinetic energy to study #AtmosphericRivers and provides insights into their formation and movement https://t.co/pv3koEYPA8
Thrilled to share our recent publication in GRL with @climate_da! 🌍🔬 We discovered that in a climate with surface temperatures 10 to 20° higher than today, convective clouds can still aggregate without the influence of radiative feedbacks. Dive in: https://t.co/HrOdoREiWE
🎓Exciting Opportunity! Join our aerosol research lab (https://t.co/QAB3U8qe2p) as fully-funded PhD students in Fall 2024 @GeoSci_UChicago. Dive into cutting-edge projects on atmospheric particle formation & climate intervention. RT
@AtmChemAeroJobs@earth_jobs @Research_Jobss
I'm joining the faculty @UChicago in July! Seeking postdocs to study atmospheric convection, dynamics, & climate change. If you're interested or know someone who might be, get in touch! Application deadline: Aug. 15. Further details here: https://t.co/yYCD9huq4p
@earth_jobs
I am recruiting a postdoc in atmospheric dynamics to work at Monash University on a project to understand the vertical structure of tropical overturning circulations. Further details here: https://t.co/GccmcsMOD0.
Please pass on to anyone who might be interested!
Our new @NatureGeosci paper uses theory, reanalysis data, and a hierarchy of climate models to show that the lightness of water vapor makes cold air rise and increases low cloud cover. However, some climate models do not incorporate this effect.
https://t.co/xSnXWDFtz2
Humid air is lighter than dry air at the same temperature & pressure and new @NatureGeosci research shows that this vapour buoyancy significantly adds to uplift and increases low altitude cloud but isn't represented correctly in some #climate models: https://t.co/7n6GegMqtY
*5 days left* to apply to for a summer internship through this new @PackardFdn-funded program, Undergraduate Research in the Geosciences for UnderRepresented Groups (URG2)! Apps due 2/25. More info: https://t.co/csVsVFERhU