Making sense of shallow-water waves with advanced statistics
Researchers at Torrey Pines State Beach used Bayesian probability methods to analyze how infragravity waves contribute to coastal wave run-up. The study provides new insights into nearshore processes, which could help predict dangerous 'sneaker waves' and coastal erosion.
Why it matters
Understanding these complex wave interactions is critical for coastal safety and managing the impacts of sea-level rise on shorelines.
edited by Gaby Clark , reviewed by Robert Egan
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Add as preferred source Wave breaking and run-up are seen here near a lifeguard tower at Torrey Pines State Beach in Southern California. Credit: Cassandra Henderson When ocean waves reach shallow water, their complex interactions can produce lower-frequency infragravity waves . These waves strongly affect—and are affected by—the shape of coastlines, linking them to erosion , sediment deposition and the degradation of coastal ice.
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