AG
Member Since 2016
Avantika Gori
Graduate Student, Princeton University
Professional Experience
Princeton University
Graduate Student
2018 - Present
Rice University
Graduate Student
Education
Masters
2018
Honors & Awards
Natural Hazards Section Award for Graduate Research
Received December 2022
Citation
Avantika Gori received a B.Sc. in 2016 and an M.Sc. in 2018, both in civil and environmental engineering, from Rice University. She is currently working toward a Ph.D. in civil and environmental engineering at Princeton University, where her research, advised by Ning Lin, focuses on investigating and modeling joint hazards and compound flooding from tropical cyclones in a changing climate. Her research interests lie more broadly in multihazard coastal risk assessment under nonstationary climate and environmental conditions. She has received several prestigious fellowships, including the National Defense Science and Engineering Graduate Fellowship from the U.S. Department of Defense and the Honorific Fellowship from Princeton University. She has published 12 papers in high-impact journals, including Nature Climate Change. —Ning Lin, Princeton University, Princeton, N.J.
Response
I am honored and grateful to have received the Natural Hazards Section Award for Graduate Research. Thank you very much to my adviser, Dr. Ning Lin, for nominating me for this award and to Dr. Thomas Wahl and Dr. Jeroen Aerts for their support and enthusiasm. Over the past 4 years I have benefited from the exemplary mentorship of Dr. Lin, and under her guidance I have become a more thoughtful, insightful, and passionate researcher. I have also been inspired by the work of Dr. Wahl and Dr. Aerts, particularly in the area of flood risk, resilience, and adaptation. As I continue my career as a natural hazards researcher, I hope to generate similarly impactful research and contribute meaningfully to flood adaptation efforts across the globe. —Avantika Gori, Princeton University, Princeton, N.J.
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Publications
Increasing Flood Hazard Posed by Tropical Cyclone Rapid Intensification in a Changing Climate

Tropical cyclones (TCs) that undergo rapid intensification (RI) before landfall are notoriously difficult to predict and have caused tremendous dam...

February 28, 2024
AGU Abstracts
Integrating Climatological-hydrodynamic Modeling and Paleohurricane Records to Assess Long-term Tropical Cyclone Storm Surge Risk
CLIMATE-INFORMED RISK ASSESSMENT FOR EXTREME EVENTS II ORAL
natural hazards | 14 december 2023
Christine Blackshaw, Amirhosein Begmohammadi, Ning...
Paleohurricane sediment records capture tropical cyclone (TC) landfalls and associated storm surge levels over several millennia, emerging as a promis...
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Projecting shifts in tropical cyclone damages across the US due to climate change and economic growth
DYNAMIC COASTLINES: ADVANCEMENTS IN UNDERSTANDING OF COASTAL HAZARDS AND CLIMATE CHANGE IMPACTS I ORAL
global environmental change | 11 december 2023
Avantika Gori, Ning Lin, Dazhi Xi
Tropical cyclones (TCs) are one of the largest threats to communities along the US Atlantic and Gulf coasts due their extreme winds, storm surges, and...
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Leveraging reanalysis data and physics-based modeling to reconstruct tropical cyclone sizes and storm surges from 1950-Present
TROPICAL CYCLONES: OBSERVATIONS, MODELING, AND PREDICTABILITY TODAY AND INTO THE FUTURE III ORAL
atmospheric sciences | 12 december 2022
Avantika Gori, Ning Lin, Benjamin A. Schenkel, Dan...
Tropical cyclones (TCs) are one of the greatest threats to coastal communities along the US Atlantic and Gulf coasts due to their extreme winds, rainf...
View Abstract

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