I’m so thrilled to see this work published. It started as an idea in grad school, continued as my proposal for my post doc, and here we are finally publishing it! 😃
A simplified modeling framework has been developed that captures the essential dynamics during rapid intensification in the presence of evolving asymmetries as seen in the observations from Hurricane Michael (2018). @michaelmbell Learn more here:
https://t.co/kbJz8cziI2
Want to learn how to use MPAS-A and MPAS-JEDI from our very own scientists?
Then join us for our upcoming tutorial that will cover the basics of how to set-up, run, and post-process stand-alone MPAS-A simulations.
Registration is now open:
https://t.co/HBsIG2RAHQ
@jcdehart and I will be leading the LROSE wind tools (SAMURAI and FRACTL) tutorial for the open radar short course at the radar conference! If you have any questions, feel free to reach out :)
Sign up for the Open Radar Short Course today!! It should be a fun time, covering
- Py-ART (@Py_ART)
- wradlib
- LROSE
- BALTRAD
- PyDDA
A bulk of the course will focus on wind retrievals from scanning precipitation radars! Please reach out with any questions.
@NSF We believe APAR will provide a generational leap in our radar capabilities.
Huge thx to our partners: @NOAA, @ColoradoStateU, @stonybrooku, @UofOklahoma + @UMassAmherst
We can't wait to see what our research community will do with this groundbreaking new tool, coming in 2038!
All strong tropical cyclones have tall circulations, but are tall weaker storms more likely to strengthen? A new published study in GRL digs into this question using a large dataset of airborne Doppler radar analyses of tropical cyclones! Read more here: https://t.co/RDmJmW6160
Many congratulations to Ting-Yu Cha, Charlotte Connolly, Daniel Hueholt, Gabrielle Leung, Kirsten Mayer, Sagar Rathod and Alex Sokolowsky - on graduating with your master's or PhD's today!! Best of luck and stay in touch with us! #CSUClassOf2022#RamGrad
Ting-Yu Cha Ph.D. Defense
"Investigation of the Dynamics of Tropical Cyclone Precipitation Structure Using Radar Observations and Numerical Modeling"
3 p.m. Nov. 8
ATS 101 and Microsoft Teams
Adviser: Michael Bell
@TingYuCha | @michaelmbell
The final sounding from Hsin-Chu has been launched for PRECIP! 00 UTC 11 August also marks the end of S-Pol radar operations in Taiwan. Thank you to all who’ve helped us get to this important milestone in our project! Video credit thanks to @NickGoldenWX
Did you know that we’re on day 68 of continuous operations? Our instruments have sampled a wide range of precipitation events. We’re gearing up for a potential tropical cyclone event as we near the end of our project.