Giovanni Ocean Color Time-Series Online Visualization and Analysis
| News: |
2007-07-27: The currently available data is version 5.2, reprocessed in July 2007. Normalized water-leaving radiance products will be added soon. |
OBPG SeaWiFS 8-Day Global 9-km Products
This interface is designed for visualization and analysis of
the OBPG SeaWiFS 8-Day Global 9-km Products.
Users can generate plots for area average (Area Plot),
time series (Time Plot), and Hovmoller diagram. The animation is available
only for Area Plot.
Selecting
here
or the Help buttons will open a new window with detailed help.
More details about the data are also available.
Alert: A new window may be opened when a link or a button is selected below.
This is non Java/JavaScript version for OCEAN SWF8D.
Click
for Java/JavaScript version.
Use text input boxes below the map to specify area;
maximum area is -90 ~ 90 and -180 ~ 180.
OBPG SeaWiFS 8-Day Global 9-km Products
The products available for analysis are SeaWiFS Standard Mapped Image (SMI) products. Three of these products are ocean products: chlorophyll a concentration, diffuse attenuation coefficent at 490 nm, and normalized water-leaving radiance at 555 nm. Two of the products are atmospheric products: Angstrom coefficient 510 to 865 nm, and aerosol optical thickness at 865 nm.
| Data version: |
5, reprocessing 5.2 - completed July, 2007 |
| Spatial coverage: |
Global 90°S - 90°N |
| Spatial resolution: |
0.083 ° x 0.083 ° ( ~ 9km x 9km at equator) |
| Temporal resolution: |
8-Day |
| Documentation: |
SeaWiFS Level 3 Data
|
Data access:
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Order the 8-day data files
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For other Ocean Color products at the GES DISC DAAC, please visit http://disc.gsfc.nasa.gov/oceancolor/.
Continued improvement of this online tool, and the production and dissemination of these data sets, depends on you (our users) to let us know how you have used this tool and these data. We are particularly interested in the value of this tool and these data sets to your research. Please send comments or questions to GES DISC Help.
How to properly acknowledge the GES-DISC DAAC when using Giovanni results in publications.
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