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P.F.J. Lermusiaux, P.J. Haley, Jr., W.G. Leslie, O. Logutov Massachusetts Institute of Technology
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Ongoing MIT-MSEAS Research
Additional PhilEx Links
Presentations
Background information
References
IOP09 Latest Re-Analysis Estimates IOP09 Real-Time Modeling Results/Forecasts |
Map of the Philippines, MSEAS Sea Surface Temp. - 24 March |
| This research sponsored by the Office of Naval Research. | ||
Ongoing MIT-MSEAS Research
MSEAS Real-Time Modeling Results/Forecasts: PHILEX IOP09 Experiment - February/March 2009
- MSEAS PHILEX Nested (1km - 27km) Modeling Domains
- Generalized Inverse High-Resolution Barotropic Tides
- MSEAS Distributed Files:
- MSEAS Presentations:
- MSEAS Interdisciplinary Modeling and Dynamics of Archipelago Straits - Presented at Monterey Meeting, August 2008 [PDF (4MB)]
- MSEAS Interdisciplinary Modeling and Dynamics of Archipelago Straits - Presented at Stennis meeting, February 2007 [Powerpoint (30+MB)] [PDF (4MB)]
- Maps of the region
- Data Analysis
- Remote Sensing - images collected from the NRL 7333 Indonesian Flowthrough Experiment web site
| Latest Re-Analysis Estimates of Environmental Conditions in and around the PHILEX Domain PHILEX IOP09 Experiment February/March 2009 | |
|---|---|
| Issued On | |
| June 09, 2009 | |
| Latest Reanalysis of Physics |
Snapshot Time Series NetCDF files with Simulation Field Estimates |
| Latest Reanalysis of Biology |
Snapshot Time Series NetCDF files with Simulation Field Estimates |
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Additional PhilEx Links
- Philippines Straits DRI home page (Hawaii - password-protected)
- DRI home page Satellite Imagery
- ROMS - Philippines Straits home page
- NRL-SSC
- NRL 7333: Indonesia Flowthrough Experiment
- NRL 7333: PhilEx2009 Support
- NRL 7320: EAST ASIAN SEAS (EAS) Forecast System
- NRL 7320: EAS Forecast System - Today's Forecast
- NRL 7320: EAS Forecast System - Today's Forecast - Mindoro Strait
- NRL 7320: EAS Forecast System - Today's Forecast - Mindoro Strait Plots at 20m, 50m and 100m
- NRL 7320: EAS Forecast Archive - 2007(A)
- NRL 7320: EAS Forecast Archive - 2007(B)
- NRL 7320: EAS Forecast Archive - 2008(A)
- NRL COAMPS-OS Public Website
- OceanWatch LAS
- 3-Day AVHRR-GAC SST
- Weekly AVHRR-GAC SST
- Weekly MODIS AQUA Ocean Color
- Weekly SSH and Geostrophic Currents
- UK NCOF Operational SST and Sea Ice in NetCDF
- R/V Melville Exploratory Cruise Data
- R/V Melville Real-Time Data
- Exploratory Cruise SAR Imagery
- JPL PO.DAAC SST Products
- OceanColor Web
- OceanColor Web ftp page for Ocean Color Products
- OceanColor Web Time-Series Online Visualization and Analysis
- Earth System Research Lab - NOAA OI SST
- Philippines Daily Weather - PAGASA
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Presentations
- MSEAS Interdisciplinary Modeling and Dynamics of Archipelago Straits - Presented at Monterey Meeting, August 2008 [PDF (4MB)]
- MSEAS Interdisciplinary Modeling and Dynamics of Archipelago Straits - Presented at Stennis meeting, February 2007 [Powerpoint (30+MB)] [PDF (4MB)]
- Reports from the August 2009 Honolulu meeting
- Reports from the June 2009 Chicago meeting
- Reports from the August 2008 Monterey meeting
- Reports from the May 2008 Manila meeting
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Background information
The goal of the Philippines Straits Dynamics Experiment (PhilEx) was to enhance our understanding of the oceanographic processes and features arising in and around straits, and improve our capability to predict the inherent spatial and temporal variability of these regions using models and advanced data assimilation techniques. Features and processes of interest are those which drive the local spatial variability on short time scales, via their relation to abrupt topography and their interaction with the mean flow, tidal and seasonal cycles.
The multitude of straits and seas within the Philippine waters offer a wide variety of topographic conditions, including an assortment of channel widths and sill depths plus island distribution; connecting seas of varied shapes and depths, with a range of remote forcing attributes.
Above text from the PhilEx overview document.
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References
- The Indonesian Seas Special issue of Oceanography (18.4) Local copies of pdfs
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