The advancement of Coastal Ocean Forecasting Systems (COFS) requires the support of continuous scientific progress addressing: (a) the primary mechanisms driving coastal circulation; (b) methods to achieve fully integrated coastal systems (observations and models), that are dynamically embedded in larger scale systems; and (c) methods to adequately represent air-sea and biophysical interactions. Issues of downscaling, data assimilation, atmosphere-wave-ocean couplings and ecosystem dynamics in the coastal ocean are discussed. These science topics are fundamental for successful COFS, which are connected to evolving downstream applications, dictated by the socioeconomic needs of rapidly increasing coastal populations.
Coastal ocean forecasting: Science foundation and user benefits / Kourafalou V.H.; Demey P.; Staneva J.; Ayoub N.; Barth A.; Chao Y.; Cirano M.; Fiechter J.; Herzfeld M.; Kurapov A.; Moore A.M.; Oddo P.; Pullen J.; van der Westhuysen A.; Weisberg R.H.. - In: JOURNAL OF OPERATIONAL OCEANOGRAPHY. - ISSN 1755-876X. - ELETTRONICO. - 8:sup1(2015), pp. 147-167. [10.1080/1755876X.2015.1022348]
Coastal ocean forecasting: Science foundation and user benefits
Oddo P.;
2015
Abstract
The advancement of Coastal Ocean Forecasting Systems (COFS) requires the support of continuous scientific progress addressing: (a) the primary mechanisms driving coastal circulation; (b) methods to achieve fully integrated coastal systems (observations and models), that are dynamically embedded in larger scale systems; and (c) methods to adequately represent air-sea and biophysical interactions. Issues of downscaling, data assimilation, atmosphere-wave-ocean couplings and ecosystem dynamics in the coastal ocean are discussed. These science topics are fundamental for successful COFS, which are connected to evolving downstream applications, dictated by the socioeconomic needs of rapidly increasing coastal populations.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
