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scopus(9)
Can we extrapolate climate in an inner basin? The case of the Red Sea
ArticleAbstract: We examine the possibility of making useful climate extrapolations in inner basins. Stressing the roPalabras claves:Climate Change, Climate projection, The Red Sea, Waves, WindsAutores:Abualnaja Y., Cavaleri L., Hoteit I., Jesus Portilla-Yandun, Langodan S.Fuentes:googlescopusOn the specification of background errors for wave data assimilation systems
ArticleAbstract: In this paper, a new methodology is proposed for the computation of Background Errors in wave data aPalabras claves:background errors, Data assimilation, Spectral partitioning, wave modeling, wind-seaAutores:Cavaleri L., Jesus Portilla-YandunFuentes:googlescopusOn the statistical analysis of ocean wave directional spectra
ArticleAbstract: Given the growing availability of directional spectra of ocean waves, we explore two different statiPalabras claves:Directional spectrum, Ocean waves, Self-Organizing Maps, Spectral partitioning, Wave statistical analysisAutores:Barbariol F., Benetazzo A., Cavaleri L., Jesus Portilla-YandunFuentes:googlescopusModeling multiple wave systems in the eastern equatorial Pacific
ArticleAbstract: While moderate wind and wave conditions prevail in the eastern equatorial Pacific, modeling waves inPalabras claves:COLOMBIA, eastern equatorial pacific, ECUADOR, partitioning, Swell, Wave model evaluation, Wind wavesAutores:Andrés A. Salazar, Cavaleri L., Jeison Sosa, Jesus Portilla-Yandun, Latandret S., Portilla-Yandún J.Fuentes:googlescopusUnraveling climatic wind and wave trends in the Red Sea using wave spectra partitioning
ArticleAbstract: The wind and wave climatology of the Red Sea is derived from a validated 30-yr high-resolution modelPalabras claves:Climate Change, climate variability, Oceanic, trends, Waves, Wind, Wind wavesAutores:Abualnaja Y., Cavaleri L., Hoteit I., Jesus Portilla-Yandun, Langodan S., Pomaro A.Fuentes:googlescopusWave energy resources: Wave climate and exploitation
ArticleAbstract: In identifying the most convenient zones for harvesting wave energy, it is natural to be attracted bPalabras claves:power generation, RENEWABLE ENERGY, Spectral energy distribution, Wave climate, Wave energyAutores:Cavaleri L., Jeison Sosa, Jesus Portilla-YandunFuentes:googlescopusWave modelling in coastal and inner seas
ArticleAbstract: In the long term development of the research on wind waves and their modelling, in particular of thePalabras claves:Water waves, Wave dynamics, Wave forecasting, Wave measurements, Wave-current interactions, Wind-wave interactionsAutores:Abdalla S., Benetazzo A., Bertotti L., Bidlot J.R., Breivik , Carniel S., Cavaleri L., Jensen R.E., Jesus Portilla-Yandun, Rogers W.E., Roland A., Sanchez-Arcilla A., Smith J.M., Staneva J., Toledo Y., van der Westhuysen A.J., van Vledder G.P.Fuentes:googlescopusWave spectra partitioning and long term statistical distribution
ArticleAbstract: A new method is presented for a physically based statistical description of wind wave climatology. TPalabras claves:Directional wave spectra, Spectral partitioning, Spectral wave climate, Spectral wave systems, Swell, Wind seaAutores:Cavaleri L., Jesus Portilla-Yandun, van Vledder G.P.Fuentes:googlescopusSpectral wave conditions in the Colombian Pacific Ocean
ArticleAbstract: A comprehensive characterization of the wave conditions in the Colombian Pacific based on wave spectPalabras claves:Colombian Pacific Ocean, ECMWF, ERA-Interim, Spectral partitioning, Spectral wave climate, Triaxys buoyAutores:Caicedo A.L., Cavaleri L., Jesus Portilla-Yandun, Padilla-Hernández R.Fuentes:googlescopus