
Associate Research Scholar @GeosciencesPU @Princeton
Princeton, NJ
Joined February 2010
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Wenchang Yang retweeted
These findings are potentially significant when it comes to climate-change policy, explained co-author Gabriel Vecchi, a Princeton professor of geosciences and the High Meadows Environmental Institute and principal investigator in CMI.
Newer #climate models with a higher sensitivity to atmospheric #carbon may not provide a plausible projection of Earth's future climate, @Princeton & @univmiami researchers report. Higher climate sensitivity could lead to more aggressive mitigation policy.
environment.princeton.edu/ne…
Wenchang Yang retweeted
Zhang, Bosong, Brian J. Soden, Gabriel A. Vecchi, and Wenchang Yang (@wy2136). "The Role of Radiative Interactions in Tropical Cyclone Development under Realistic Boundary Conditions", #JClimate 34, 6 (2021): 2079-2091, doi.org/10.1175/JCLI-D-20-05…
Wenchang Yang retweeted
The latest weekly Nino3.4 SST anomaly is -1.1ºC, which is within the moderate La Niña range. This map and more in our data library: iridl.ldeo.columbia.edu/mapr…. + More about ENSO: bit.ly/ENSO101.
Wenchang Yang retweeted
#Delta become a hurricane, the 9th one of the 2020 Atlantic hurricane season. Visit hurricanes.gov for more information. A Hurricane Warning is in effect for portions of the Yucatan Peninsula and Cuba.
Wenchang Yang retweeted
Tropical Storm #Delta has formed over the northwestern Caribbean Sea. Additional strengthening is likely and the system is expected to be at or near hurricane strength when it pass near or over western Cuba late Tuesday or early Wednesday. Latest at hurricanes.gov
Wenchang Yang retweeted
There are a LOT of circles on this map and we know you all have a LOT of questions about them! 🌀
Send them our way with #HurricaneQuestions and we'll answer them live on the show tonight from 5-8pm ET!
Wenchang Yang retweeted
How does #LaNiña typically influence rainfall patterns around the world? Check out our map... and we have resources for you to learn about La Niña and El Niño here: bit.ly/3c7XBhg
Wenchang Yang retweeted
The NumPy paper is out!
nature.com/articles/s41586-0…
Wenchang Yang retweeted
New paper led by recent @PrincetonCIMES Alum Tsung-Lin Hsieh @hsiehtl with co-authors @PrincetonCIMES Director Gabe Vecchi @PrincetonPEI, Wenchang Yang @wy2136 (GEO), Isaac Held (AOS), & Steve Garner (AOS/GFDL) ... Check it out! link.springer.com/article/10…
How to explain the frequency of tropical cyclones in different climates? By analyzing the dynamics of pre-TC vortices, we developed a TC-climate relationship that applies to a range of idealized and realistic climates. Check out our new paper at: link.springer.com/article/10…
Wenchang Yang retweeted
How to explain the frequency of tropical cyclones in different climates? By analyzing the dynamics of pre-TC vortices, we developed a TC-climate relationship that applies to a range of idealized and realistic climates. Check out our new paper at: link.springer.com/article/10…
Wenchang Yang retweeted
New paper co-authored by CIMES Director Gabe Vecchi & AOS Faculty Member @lwhorowitz, "Impact of Volcanic Aerosol Hemispheric Symmetry on Sahel Rainfall" cimes.princeton.edu/news/imp…
Wenchang Yang retweeted
While climate may play a role in modulating aspects of the size and timescales of a pandemic outbreak, population immunity is a much more fundamental driver, new modeling study reports. @rebaker64 fcld.ly/1zc9grb
Wenchang Yang retweeted
The latest weekly Nino3.4 SST anomaly is 0.7ºC, which is within the weak El Niño range. This map and more in our data library: iridl.ldeo.columbia.edu/mapr…. + More about ENSO: bit.ly/ENSO101.
I love Dropbox because It is useful to sync my projects so that I can start them everywhere. db.tt/21kUvxQa



















