Illustrations (Continued) 



19 Distribution of total microconstituents, with transparency 



data in red. Operation 1. . . page 36 



20 Distribution of Gymnodinium flavum, with temperature 



in red, Operation 1. . . 37 



21 Water transparency. Operation 11. . . 40 



22 Water temperature, Operation II. . . 42 



2 3 Disivihution of. Gymnodinium flavum, with transparency data 



in red. Operation II. . . 4 2 

 24 Distribution of Ceratium fusus, with transparency data 



in red. Operation II. . . 43 

 2 5 Distribution of Ceratium f urea, with transparency data 



in red. Operation II. . . 44 



26 Distribution of other dinoflagellates, with transparency 



data in red. Operation II. . . 45 



27 Distribution of miscellaneous diatoms, with transparency 



data in red, Operation II. . . 4 6 



28 Distribution of total microorganisms, with transparency 



data in red. Operation II. . . 4 7 



29 Distribution of total inanimate material, with transparency 



data in red. Operation II. . . 48 



30 Distribution of total microconstituents, with transparency 



data in red. Operation II. . . 4 9 



31 Water transparency with temperature in red, 



23 July 1964. . .53 



32 Hydrophotometer records of red water. . . 53 



33 Water transparency before and after the arrival of red 



water. . . 55 



34 Water transparency with temperature in red. . . 56 



35 Fractional volume displacement (filtered material), with 



transparency data in red. Operation I. . . 61 

 Al Water transparency taken at the time of macroplankton 



runs. Operation I. . . A2 

 A2 Distribution of organic aggregates, Operation 1. . . AS 

 A3 Distribution of wood fibers. Operation I. . . A3 

 A4 Distribution of unidentified particles. Operation I. . . A3 

 A5 Distribution of copepods. Operation I. . . A4 

 A6 Distribution of nauplii (larvae). Operation I. . . A4 

 A7 Distribution of polychaete larvae. Operation I. . . A5 

 A8 Distribution of total macroplankton. Operation I. . . A5 



