SINOCOP EXPERIMENT
Sistema INtegrado de OCeanografía OPeracional
Full Description
The specific objectives are:
i) to investigate the limitations and potential improvements of altimetry data in
the coastal area,
ii) to test the feasibility of new technologies (gliders),
iii) to intercalibrate and quality control in situ instruments,
iv) to develop methods for the combination of different sensors (including the estimation of geostrophic velocities close to the coast imposing a boundary condition),
v) to estimate vertical velocities and derived variables to study coastal dynamics (eddies, fronts, filaments,…),
vi) to use high resolution observations together with the numerical results obtained (ROMS and HOPS) to study the formation, evolution and decay of mesoscale and sub-mesoscale features.
ii) to test the feasibility of new technologies (gliders),
iii) to intercalibrate and quality control in situ instruments,
iv) to develop methods for the combination of different sensors (including the estimation of geostrophic velocities close to the coast imposing a boundary condition),
v) to estimate vertical velocities and derived variables to study coastal dynamics (eddies, fronts, filaments,…),
vi) to use high resolution observations together with the numerical results obtained (ROMS and HOPS) to study the formation, evolution and decay of mesoscale and sub-mesoscale features.
Sampling design. Red line is the Jason-1 70 track. Black and white lines represent the glider missions. Blue dots are CTD casts and red dots are XBT. S1-S5 represent SVP drifters and M1-2 are minidrifters (GMT, Albatros Marine Tecnologies). Arrows correspond to absolute dynamic topography derived from altimetry and the color contour is SST (06/05/2009). Isobaths are 200 m, 500 m and 1000 m.
This will be a test case for the TMOOS - CODO data management system with
real time data reception of buoys, gliders, satellite,drifters,forecast models ...



