CERF session on Compound Coastal Extremes
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Hamed Moftakhari
Apr 11, 2023, 1:39:24 AM4/11/23
to AboutHydrology
Dear Colleagues,
I hereby (on behalf of session conveners) would like to encourage you to submit your abstracts to the Compound Coastal Extremes session at Coastal & Estuarine Research Federation (CERF) 27th biennial conference 2023, 12-16 November 2023 in Portland, Oregon, USA. The submission deadline is 10 May 2023 at 11:59 PM PST (04:59 GMT).
I hereby (on behalf of session conveners) would like to encourage you to submit your abstracts to the Compound Coastal Extremes session at Coastal & Estuarine Research Federation (CERF) 27th biennial conference 2023, 12-16 November 2023 in Portland, Oregon, USA. The submission deadline is 10 May 2023 at 11:59 PM PST (04:59 GMT).
Session Title: Compound coastal extremes
Session Description: One billion of the world’s population currently dwells on coastal land and is frequently threatened by compound coastal extremes. During these events, multiple hazard drivers (i.e., storms, King tides, earthquakes) combine to produce a level of adverse impacts greater than what each driver is capable of in isolation. We invite presentations on recent advancements in coastal/estuarine process-based dynamical modeling, probabilistic modeling, and hybrid statistical-dynamical frameworks. The topics of interest include: impacts of compound flooding from oceanic, pluvial, and fluvial sources; tropical cyclone activity and forecasting; tsunamis; atmospheric rivers; advanced data methods (i.e. ML and AI); and (nonstationary) multivariate probabilistic methods.
Session Description: One billion of the world’s population currently dwells on coastal land and is frequently threatened by compound coastal extremes. During these events, multiple hazard drivers (i.e., storms, King tides, earthquakes) combine to produce a level of adverse impacts greater than what each driver is capable of in isolation. We invite presentations on recent advancements in coastal/estuarine process-based dynamical modeling, probabilistic modeling, and hybrid statistical-dynamical frameworks. The topics of interest include: impacts of compound flooding from oceanic, pluvial, and fluvial sources; tropical cyclone activity and forecasting; tsunamis; atmospheric rivers; advanced data methods (i.e. ML and AI); and (nonstationary) multivariate probabilistic methods.
Conveners:
Hamed Moftakhari, University of Alabama
Peter Ruggiero, Oregon State University
Thomas Wahl, University of Central Florida
Liv Herdman, United States Geological Survey
Best,
Hamed,
Hamed Moftakhari, Ph.D., P.E.
Assistant Professor
Department of Civil, Construction and Environmental EngineeringThe University of Alabama1068 Cyber HallTuscaloosa, AL 35487Phone 205-348-0239hmoft...@eng.ua.edu | https://hmoftakhari.people.ua.edu/
Editorial Board Member: Scientific Reports (Nature)
Associate Editor: J. of Hydrologic Engineering (ASCE)
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