LE
Member Since 2017
Lauren Elise Grimley
PhD Candidate, University of North Carolina at Chapel Hill
AGU Research
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Determining the Relative Contributions of Runoff, Coastal, and Compound Processes to Flood Exposure Across the Carolinas During Hurricane Florence
WATER RESOURCES RESEARCH
14 march 2025
Lauren E. Grimley, Antonia Sebastian, Tim Leijnse,...
Estimates of flood inundation generated by runoff and coastal flood processes during tropical cyclones (TCs) are needed to better understand how ex...
Infrastructure Exposure to Hurricane Florence Flooding in Present and Future Climates
ADVANCES IN QUANTIFYING AND ATTRIBUTING CLIMATE IMPACTS AND DAMAGES TO INFORM CLIMATE RISK MANAGEMENT AND LITIGATION II ORAL
global environmental change | 13 december 2024
Lauren E. Grimley, Marissa Webber, Antonia Sebasti...
Hurricanes generate significant flooding inland and at the coast, leading to substantial infrastructure disruption and damage that costs billions of d...
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Climate Change Exacerbates Compound Flooding in the Carolinas from Three Recent Tropical Cyclones
MULTIHAZARD FLOOD MODELING: FROM INLAND TO COAST II POSTER
natural hazards | 12 december 2024
Lauren E. Grimley, Katy Hollinger, Antonia Sebasti...
Tropical cyclones (TCs) generate substantial damage raising concerns about how climate change may amplify their impacts. However, linking changes in T...
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Moving Beyond the Design Storm: Probabilistic Flood Hazard Mapping Using Modified Stochastic Storm Transposition
RECENT ADVANCES IN LARGE-SCALE, HIGH-RESOLUTION HYDROLOGIC AND FLOOD MODELING: ASSESSING HYDROCLIMATIC EXTREMES I ORAL
hydrology | 12 december 2024
Jack Baer, Lauren E. Grimley, Antonia Sebastian, D...
Flood hazard maps are essential to floodplain management and resiliency efforts, including insurance mandates, construction requirements, and developm...
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Present and Future Exposure to Compound Flooding from Tropical Cyclones in the Carolinas
GLOBAL WATER RISKS: ADVANCES IN LARGE-SCALE FLOOD AND DROUGHT RISK ASSESSMENT AND MANAGEMENT FOR A SUSTAINABLE FUTURE III ELIGHTNING
hydrology | 14 december 2023
Lauren E. Grimley, Katy Hollinger, Shintaro Bunya,...
Tropical cyclones (TCs) regularly affect coastlines and watersheds along Earths major oceans, generating substantial damage. As TCs continue to pose a...
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Data From the Drain: A Sensor Framework That Captures Multiple Drivers of Chronic Coastal Floods
WATER RESOURCES RESEARCH
01 april 2023
Adam Gold, Katherine Anarde, Lauren E. Grimley, Ry...
Tide gauge water levels are commonly used as a proxy for flood incidence on land. These proxies are useful for projecting how sea‐level rise ...
Flooding at the Fringe: A Reduced-physics Model for Assessing Compound Flooding from Pluvial, Fluvial, and Coastal Hazards
MULTI-HAZARD FLOOD MODELING: FROM INLAND TO COAST III ORAL
natural hazards | 14 december 2022
Lauren E. Grimley, Tim Leijnse, John Ratcliff, Ant...
Developing scalable multi-hazard flood modeling approaches that balance efficiency and accuracy are critical to flood risk management in coastal water...
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Probabilistic rainfall generator for tropical cyclones affecting Louisiana
MULTI-HAZARD FLOOD MODELING: FROM INLAND TO COAST II POSTER
simulating complex systems | 21 june 2022
Gabriele Villarini, Wei Zhang, Paul Miller, David ...
This work focuses on the development of a probabilistic rainfall generator for tropical cyclones (TCs) affecting Louisiana. We consider 12 storms maki...
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