Salish Sea Model Data Portal
Solution files from past Salish Sea Model simulations are made available to the public
Pacific Northwest National Laboratory has generated an archive of results from the SSM. Please contact Tarang Khangaonkar if you are interested in additional information or would like access to specific model solution data sets.
Hydrodynamic and Water Quality Solutions
- Year 2014 Hydrodynamic and Biogeochemical Model Results (Khangaonkar et al. 2018)
- Salish Sea Model - Y2014 Hydrodynamic Solution Files
- Salish Sea Model - Y2014 Water Quality Solution Files*
* Note: The water quality solution has been updated to reflect model upgrades including DO-pH harmonization, effect of eelgrass, and explicit zooplankton simulation.
- Salish Sea Model - Y2014 Hydrodynamic Solution Files - High Resolution Summer Months (sample data set - July 1, 2014 to August 30, 2014)
All variables are computed or interpolated to represent the centroid of the triangular cells in the finite volume grid. These include velocity components in three dimensions, salinity, temperature, and water-quality constituents. The hydrodynamic (FVCOM) component of the SSM is set up to generate hourly solution files in binary format. The water-quality FVCOM-Integrated Compartment Model (FVCOM-ICM) component of the SSM generates binary solution files at 6-hour intervals.
To facilitate the use and application of the SSM results by our community, we have developed output procedures to save hydrodynamic and water-quality solution files as *.netcdf files optimized for processing with the VisIt visualization software, developed by the U.S. Department of Energy. This tool is well suited for handling unstructured grid models. VisIt is a free interactive parallel visualization and graphical analysis tool for viewing scientific data on Unix and PC platforms.
Effluent and Oil Spill Transport
GNOME (General NOAA Operational Modeling Environment) is the modeling tool that the Office of Response and Restoration's (OR&R's) Emergency Response Division uses to predict the possible trajectory that a pollutant might follow in or on a body of water, such as in the case of an oil spill. With assistance from NOAA, we developed output procedures to create GNOME-compatible *.netcdf files that can feed directly into the GNOME program.