Characterization and Modeling of the Philippine Archipelago Dynamics Using the ROMS 4DVAR Data Assimilation System
2011
Arango, Hernan G | Curchitser, Enrique | Levin, Julia C
The long-term goal of this project is to improve our capability to predict the inherent spatial and temporal variability near the Philippine Straits, and thus contribute to the development of reliable prediction systems. The primary focus is to provide a comprehensive understanding of the remote and local factors that control the meso- and submesoscale features in and around the Philippine Archipelago Straits. The main objectives are: * to explore the effects on the Philippine Straits of remote forcing from the equatorial waveguides, throughflows, and adjacent seas mesoscale dynamics; * to estimate the effects of local winds in generating meso- and submesoscale variability; * to quantify the role of barotropic tidal forcing in promoting side wall eddies and internal tides; * to study the role of abrupt changes in bathymetry in generating submesoscale variability; and * to investigate the impact of variational data assimilation on the simulation and predictability of the meso- and submesoscale circulation features.
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