Stellenbosch / Tomakomai Port / Houston / Perth / Salalah / Durban / Thessaloniki / Cardiff / Los Angeles / Cape Town / Industry / Long Beach / Englewood Cliffs / /
Company
Coastal / Russell / Google / McGehee D.D. / Prentice Hall Inc. / Wilson / /
Country
Oman / South Africa / Japan / United States / Australia / Greece / / /
Event
Natural Disaster / /
Facility
Port of Cape Town / The port / Port Development / Port Geraldton / Delft University of Technology / University of Stellenbosch / Table Bay harbour / Duncan Dock / Long Beach Harbour / National Centre / Port of Ngqura / Port of Saldanha / Port of Richards Bay Although / Port of Durban / Schoeman Dock / /
IndustryTerm
wave energy distribution / reflected long wave energy / long wave energy / low pressure systems / frontal systems / oil / atmospheric low-pressure systems / ocean weather systems / energy / wave groups / bank / wave energy / predictive algorithm / /
NaturalFeature
South-west coast / Southern Atlantic Ocean / Richards Bay / Saldanha Bay / SA coast / East coast / Algoa Bay / South African Coast / South coasts / West coast / South coast / Table Bay / Mozambican channel / /
Organization
University of Stellenbosch / National Centre for Environmental Prediction / Delft University of Technology / /
Person
Lorne von St Ange / Van Dongeren / /
Position
Civil Engineer / numerical long wave model for ship motion studies / /
ProvinceOrState
Texas / New Jersey / California / /
Region
South Africa / East coast / West coast / southern Africa / /
General Characteristics of Long Waves around the South African Coast 1 M. Rossouw1 , L. Terblanche2 and J. Moes3 CSIR, Stellenbosch, South Africa; mrossouw@ csir.co.za