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Creator:: Bricaud, Annick, Roesler, Collin, and Zaneveld, J. Ronald
Abstract:: In situ attenuation (488 and 660 nm), absorption (488, 676, and 750 nm), backscattering (at 488 nm), and stimulated fluorescence were determined as functions of depth in oceanic and coastal waters off Oregon, using both commercial instruments and recently developed prototypes. The inability to perfectly constrain scattered light in these...
Resource Type:: Article
Full Text:: BRICAUD, ANNICK, COLLIN ROESLER, AND J. RONALD V. ZANEVELD. In

Creator:: Kitchen, James C. and Zaneveld, J. Ronald
Abstract:: Theoretical scattering computations are performed on a phytoplankton model consisting of three concentric spheres. The outer sphere represents the wall, membrane, or frustule and is assigned a relatively high index of refraction with no absorption. The middle layer represents the chloroplasts and is assigned a relatively low index of refraction...
Resource Type:: Article
Full Text:: the Fortran code for the Mie subroutines. We also thank Annick Bricaud for suggestions. useful in

Creator:: Zaneveld, J. Ronald, Kitchen, James C., and Mueller, James L.
Abstract:: A method for predicting oceanic productivity from remotely sensed diffuse attenuation (488 nm) and surface chlorophyll concentration is presented. The method uses a climatological approach which consists of applying a set of regressions for each region and season to yield the depth of the chlorophyll maximum, the exponential slope of...
Resource Type:: Article
Full Text:: - 11355). We thank Annick Bricaud For helpful suggestions. Our intent is to show that given a produc

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