Please use this identifier to cite or link to this item: http://hdl.handle.net/10553/3262
Title: Ocean circulation modelling in the Canary Archipelago within the ESEOO project framework
Authors: Cana, Luis 
Mason, Evan
Sangrà, Pablo
Grisolía Santos, Diana 
UNESCO Clasification: 2509 Metereología
251008 Interacciones mar-aire
Keywords: Operational Oceanography System
ROMS-AGRIF
Issue Date: 2007
Abstract: The ESEOO Project has as a main objective the development and implementation of a Spanish Operational Oceanography System to be used in emergency situations at sea. Within this project, an important effort is being carried out in order to establish forecast systems, based on numerical modelling, to provide predictions of oceano-graphic variables such as surface currents, density, salinity, which are determinant in the tracking and forecasting of oil spill trajectories or drifting object tracking. The implementation for the Canary Archipelago domain (named ESEOOCAN) is based on the ROMS-AGRIF regional oceanic model. The spatial resolution is enhanced at Gran Canaria through the use of a nested domain. Preliminary results show the 72-hour evolution of the Canary Current in the ESEOOCAN domain (33N-24N, 20W-10W). The model uses COADS monthly climatology surface fluxes data (0.5º resolution) and TPXO.6 from the Oregon State University global model of ocean tides for tidal modelling.
URI: http://hdl.handle.net/10553/3262
Source: Geophysical research abstracts, Katlenburg-Lindau, European Geophysical Society, ISSN 1029-7006, v. 9, 01361
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