French Polynesia / New Zealand / United States / Canada / Australia / Portugal / Seychelles / Spain / / /
Event
Natural Disaster / /
Facility
Climate Prediction Center / /
IndustryTerm
mean energy flux / higher wave energy / overall energy / mean effective energy flux / energy flux / show travel times / energy areas / valid energy fluxes / energy spectrum / large energy / spiral search algorithm / wave systems / energy / offshore and coastal engineering applications / energy flux assessment / net energy generation areas / satellite data / component wave systems / study site / wave energy travel time / wave tracking algorithm / Wave energy flux / low-energy year / wave energy / travel time / wave energy assessment / /
MarketIndex
NAO / /
NaturalFeature
Southern Ocean / North-West Spanish coast / NorthEast Atlantic Ocean / North Sea / South Atlantic Ocean / Spectral ocean / Galapagos Islands / Bay of Biscay / Caribbean Sea / Sierra JP / North-East Atlantic Ocean / Peruvian coast / Pacific Ocean / North Pacific Ocean / Indian Ocean / Ocean Dynamics DOI / Seychelles Islands / /
Organization
Cambridge University / Spanish Government / Climate Prediction Center / World Congress / Geophys Monogr-Am Geophys Union / Universidad de Cantabria / /
Person
Fernando J. Méndez / Isabel Torres / Antonio Tomas / Jorge Pérez / Paula Camus / Melisa Menéndez / Antonio Espejo / Diaz / /
Position
Responsible Editor / Hunter / /
ProvinceOrState
Alberta / Oregon / /
Region
Indian Ocean / North Atlantic / southern Europe / northwest Spain / /
Technology
wave tracking algorithm / spiral search algorithm / using a spiral search algorithm / /
Ocean Dynamics DOI[removed]s10236[removed]ESTELA: a method for evaluating the source and travel time of the wave energy reaching a local area Jorge Pérez & Fernando J. Méndez & Melisa Menéndez &