Journal of Coastal Research · 2008 · 41 citations · 4 references
Natural SciencesMeteorologyOceanographyClimatologyCoastal OceanographyPhysical OceanographyCoastal HazardsCoastal MeteorologyEl Niño-southern OscillationExtreme Ocean WavesExtreme WeatherCoastal Extreme WeatherEl Niño OscillationEl Niño Southern Oscillation InteractionEl Niño-southern Oscillation CouplingEl Niño-southern Oscillation VariabilityExtreme Wave StatisticsStorm SeverityStorm Wave Statistics
The influence of the El Niño–Southern Oscillation (ENSO) on NSW coastal storm severity was investigated by comparing the yearly mean Southern Oscillation Index, , with the yearly averaged storm severity Ω measured at the NSW coast. It was found that Ω correlates well with , i.e., Ω generally increases with . The probability distributions of storm peak wave height and yearly mean SOI were also studied and were found to follow a Gumbel distribution. A simple linear relationship between extreme wave height and yearly mean SOI was then derived. At the NSW coast or at other coasts with similar wave climates, coastal recession and increased coastal damage may be expected in La Niña years, while beach recovery and reduced coastal threat may be expected in El Niñ o years.
4
The Southern Oscillation Index, wave climate, and beach rotation
Roshanka Ranasinghe, Rodney McLoughlin, Andrew D. Short et al. · Marine Geology · 2004 · 294 citations