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Empirical algorithms for ocean optics parameters.

Jeffrey H Smart

|June 24, 2009

Summary

This summary is machine-generated.

Empirical models can now accurately predict ocean optical properties, like scattering coefficients, from beam attenuation coefficients. This advancement aids oceanographic research by filling data gaps with reliable estimations.

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Area of Science:

Oceanography
Marine Optics
Remote Sensing

Background:

Accurate ocean optical property prediction is crucial for understanding marine environments.
Existing empirical models have limitations in predicting derived optical profiles.

Purpose of the Study:

To evaluate and improve empirical models for predicting ocean optical properties.
To develop new algorithms for deriving optical profiles from limited data.

Main Methods:

Summarized and assessed published empirical optical algorithms.
Developed and validated new algorithms using data from diverse oceanic locations.
Computed scattering coefficient (b) from beam attenuation coefficient (c).

Main Results:

Established the accuracy of predicting the scattering coefficient (b) from the beam attenuation coefficient (c) to approximately 10%.
Demonstrated the applicability of new algorithms across various oceanic regions.

Conclusions:

The developed empirical models provide accurate predictions of key ocean optical properties.
These models are valuable for oceanographic studies, especially when datasets are incomplete.