Ting-Yu Cha 查亭宇
@TingYuCha
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NSF NCAR ASP postdoctoral fellow @NCAR_science
Boulder, CO
Joined July 2019
My paper on Hurricane Michael (2018) polygonal eyewall structure was just published in GRL! .
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RT @RosimarWx: 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,….
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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:.
wcd.copernicus.org
Abstract. Radar and satellite imagery of numerous intensifying tropical cyclones (TCs) depict an appearance of a polygonal eyewall structure where deep convection is often located near the polygonal...
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RT @CIRA_CSU: Typhoon Gaemi slowly approaches Taiwan, bringing torrential rain and strong winds to the island.
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RT @CIRA_CSU: An extraordinary view of the mesovortices within Hurricane Beryl's eye. Beryl has made landfall on Carriacou Island with 150….
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RT @NCAR_MMM: 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….
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RT @NCAR_Science: @NSF We believe APAR will provide a generational leap in our radar capabilities. Huge thx to our partners: @NOAA, @Colo….
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RT @desros_alex: All strong tropical cyclones have tall circulations, but are tall weaker storms more likely to strengthen? A new published….
agupubs.onlinelibrary.wiley.com
Vertical extent of the tropical cyclone wind field correlates strongly with current intensity in observed storms Deep vertical vortex structure is always present in observed cases meeting a press...
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RT @CSUAtmosSci: Many congratulations to Ting-Yu Cha, Charlotte Connolly, Daniel Hueholt, Gabrielle Leung, Kirsten Mayer, Sagar Rathod and….
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If you are interested in watching the defense, please let me know😊.
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
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RT @PRECIP2022: The final sounding from Hsin-Chu has been launched for PRECIP! 00 UTC 11 August also marks the end of S-Pol radar operation….
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We did a coordinated S-Pol RHI scans with a GPM pass today from the CWB @PRECIP2022 and TAHOPE Ops center! Last week of PRECIP! Go PRECIP!.
📸 @TingYuCha.
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RT @PRECIP2022: With 10 more days to go, today we coincidentally begun our 10th intense observing period (IOP10). Check out this incredible….
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RT @PRECIP2022: Did you know that we’re on day 68 of continuous operations? Our instruments have sampled a wide range of precipitation even….
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RT @michaelmbell: The double tropical cyclone sandwich around Taiwan was not a scenario I envisioned for @PRECIP2022. The atmosphere neve….
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RT @KRasmusWx: Go AVS!!! Watched the final Stanley Cup game from Taiwan with our PRECIP team :) ! @Avalanche.
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RT @PRECIP2022: Happy summer solstice! That means plenty of solar heating to fire afternoon thunderstorms near S-Pol radar ☀️ https://t.co/….
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RT @PRECIP2022: Hi there @NASAAtmosphere GPM! 👋We did a few special RHI scans while you flew overhead 📡🛰
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RT @CSUAtmosSci: Professors @michaelmbell and @KRasmusWx are leading @PRECIP2022 to figure out how and why the most violent rainstorms in t….
engr.source.colostate.edu
The team is spending this summer getting to the bottom of how and why the most violent rainstorms in the world occur.
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RT @philklotzbach: Atlantic seasonal #hurricane forecast update from @ColoradoStateU calls for very active season: 20 named storms, 10 hurr….
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RT @PRECIP2022: It’s nighttime in Taiwan but S-Pol will continue to operate all night long to capture this ongoing Mei-Yu front rainfall ev….
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