| Buoy System Handbook | ||
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Since the data coming back via GOES is a subset of what comes back via the cell phones, there must obviously be a reduction in the data produced. Most of this, however, comes from the reduction in the number of sensor-raw parameters reported. Not all of those quantities are required for final realtime products. The following is a breakout of those reductions by buffer for realtime products.
No difference.
There is a reduction in number of bins. Usually this is not a concern as most of the bottom doppler bins are either below the water depth or out of effective range (below about 100 meters).
Not yet transmitted via GOES.
No difference.
No difference.
No difference.
No difference.
No realtime products, so not applicable.
Usually no inherent optical property parameters can be calculated. This includes
| Uncorrected Volume Scattering Function |
| Temperature and Salinity Corrected Absorption |
| Temperature and Salinity Corrected Beam Attenuation Coefficient |
| Volume Scattering Function |
| Particulate Backscattering |
| Absorption Coefficient |
| Beam Attenuation Coefficient |
| Phytoplankton Absorption |
| Tripton Absorption |
| Gelbstoff Absorption |
| Particulate Beam Attenuation Coefficient |
| Particulate Beam Attenuation Spectral Slope |
| Particulate Size Distribution Slope |
| Particulate Backscattering Ratio |
| Real Part of the Index of Refraction |
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