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Yan-Ning Kuo (She/Her)
🔥 Kuo et al. (2025) is published on Nature Geoscience (July 09, 2025) and covered by The Water Desk, thanks to Mitch for writing such a great article! See also Yale Climate Connections and Cornell Chronicle.
🔥 Kuo et al. (2025) is published on Nature Geoscience (July 09, 2025) and covered by The Water Desk, thanks to Mitch for writing such a great article! See also Yale Climate Connections and Cornell Chronicle.
🔥 Yan-Ning was awarded the Research Travel Grant from Cornell's Graduate School to support a visit for her dissertation-related research to the National Center for Atmospheric Research (NCAR) in June. Story about this visit is covered by Cornell's Graduate School (and their Instagram).
🔥 Yan-Ning was awarded the Research Travel Grant from Cornell's Graduate School to support a visit for her dissertation-related research to the National Center for Atmospheric Research (NCAR) in June. Story about this visit is covered by Cornell's Graduate School (and their Instagram).
Yan-Ning Kuo (2022)
Bio
Bio
I am Yan-Ning Kuo, from Taiwan. I am currently a Ph.D. candidate working with Flavio Lehner at Cornell University, with a major concentration in atmospheric science and minors in eco-hydrology and biogeochemistry. My dissertation focuses on using climate model simulations across hierarchy to tease out forced response for attributing regional changes (latest publications: Kuo et al., 2025 submitted; Kuo et al., 2025; Kuo et al., 2023).
Prior to my Ph.D., I earned my B.S. in Atmospheric Sciences from National Taiwan University (NTU) in 2020. I worked on an honored thesis with Min-Hui Lo (published as Kuo et al. 2021). In the honored thesis, I investigated how different types of extreme El Niños induce distinct global mean sea level anomalies through their distinct global teleconnection in terrestrial water, with a combination of observation-based data (GRACE, Argo float, ECCO and ORAS5 reanalysis, and RACMO simulations) and CESM offline simulations with CLM5.
I am Yan-Ning Kuo, from Taiwan. I am currently a Ph.D. candidate working with Flavio Lehner at Cornell University, with a major concentration in atmospheric science and minors in eco-hydrology and biogeochemistry. My dissertation focuses on using climate model simulations across hierarchy to tease out forced response for attributing regional changes (latest publications: Kuo et al., 2025 submitted; Kuo et al., 2025; Kuo et al., 2023).
Prior to my Ph.D., I earned my B.S. in Atmospheric Sciences from National Taiwan University (NTU) in 2020. I worked on an honored thesis with Min-Hui Lo (published as Kuo et al. 2021). In the honored thesis, I investigated how different types of extreme El Niños induce distinct global mean sea level anomalies through their distinct global teleconnection in terrestrial water, with a combination of observation-based data (GRACE, Argo float, ECCO and ORAS5 reanalysis, and RACMO simulations) and CESM offline simulations with CLM5.
I am interested in how Earth's water cycle responds to climate variability and change. Topics include mid-latitude climate dynamics, teleconnection, precipitation, sea levels, terrestrial water, and the cryosphere (Arctic sea ice and Greenland mass balance). Please see What I do for more details.
I am interested in how Earth's water cycle responds to climate variability and change. Topics include mid-latitude climate dynamics, teleconnection, precipitation, sea levels, terrestrial water, and the cryosphere (Arctic sea ice and Greenland mass balance). Please see What I do for more details.
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