Research news on storm surge

A storm surge is an abnormal, transient rise in coastal water level driven primarily by storm-induced atmospheric pressure deficits and wind stress on the ocean surface, superimposed on the astronomical tide. It is characterized by the setup of water against the coastline and over continental shelves, with magnitude controlled by storm intensity, size, translation speed, track, coastal geometry, bathymetry, and background sea level. In research, storm surge is quantified using hydrodynamic models solving shallow-water or primitive equations, coupled with wave and tide models, to estimate surge height, inundation extent, and associated hydrodynamic forces for risk assessment and coastal engineering design.

Cyclone Narelle: 'Compact,' dangerous and unusually predictable

Tropical Cyclone Narelle is currently a very dangerous Category 5 storm, sitting off the Far North Queensland Coast some 350 kilometers northeast of Cooktown. Formed in the Coral Sea, Narelle is packing a punch, with sustained ...

Study explores challenges of flood risk management

In a new study, University of Rhode Island Ph.D. graduate Kyle McElroy and Marine Affairs Professor Austin Becker explore the role of data and biases, as well as the challenges and decision-making processes used by U.S. municipalities ...

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