Session Coastal coupled modeling for compound flooding


Description:

Coastal flood hazards have significant impacts on coastal communities, including harms to commerce, public infrastructure, private citizens, and human health. Coastal flooding is known to be caused by a number of factors, including wind set-up and storm surges, high tides or high lake levels, large waves, sea level rise, and significant hydrologic inflows from streams and rivers. It is known that an integrated, coupled modeling approach is needed for the community to progress to the next generation of total water prediction and forecasting. This session will highlight the advancements in modeling and supporting technologies to meet this challenge.


Papers:
Wind Impact on Sea Level Variability along the US Atlantic and Gulf Coasts: Implications to Coastal Flooding
Dafrosa John Kataraihya, Florida International University, MIAMI, FL; and S. Wdowinski

Enhancing the Next Generation Water Resources Modeling Framework (NextGen) to Calculate Total Water Level in Coastal and Lake Environments
Julio A Zyserman, NWS, Tuscaloosa, AL; Lynker Technologies, Leesburg, VA; and J. Ducker, H. Kefelegn, J. S. Allen, Q. Shi, D. Sang, H. Mashriqui, R. D. Grout, R. Gibbs, C. George, T. C. Flowers, and E. P. Clark

Impacts of Wave-Current Interactions on Storm Surge during the Passage of Hurricane Ian (2022): An Application of the UFS-Coastal Modeling Framework
Yunfang Sun, NOAA, Silver Spring, MD; Earth Resources Technology, Laurel, MD; and P. Velissariou, S. Moghimi, U. Turuncoglu, Y. J. Zhang, S. Mani, B. khazaei, and E. Myers

Submission Deadline: Thursday, 31 August 2023