An optical dataset was collected on a mooring in the Santa Barbara Channel. Radiative transfer modeling and statistical analyses were employed to investigate sources of variability of in situ remote sensing reflectance \left[r_{rs}\left(\lambda ,4\text{\hspace{0.17em} m}\right)\right] and the f∕Q ratio. It was found that the variability of inherent optical properties and the slope of the particle size distribution (ξ) were strongly related to the variability of r_{rs}\left(\lambda ,4\text{\hspace{0.17em} m}\right) . The variability of f∕Q was strongly affected by particle type characteristics. A semianalytical radiative transfer model was applied and effects of variable particle characteristics on optical closure were evaluated. Closure was best achieved in waters composed of a mixture of biogenic and minerogenic particles.

© 2007 Optical Society of America

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