Klaaktoa Data 



1—^ III M I II I I ■ ^mmm 



Tbeae data are prescntsd ta nunibex* of organloM and as nunii^ers 



of eppepod* per cubic meter of vater fllteired, the effleleocy of the 



net aesumed to "be lOOji. Tbe total number of copepoda Is prcMrated 



under COVEPCSDA In the table of orgaalcBS. 



Dlsplaccnenta volumes (cc): IQw plaakton eaBS>le xias filtered 



through a fine mesh net, dried 1^ blotting, aod placed in 



a graduated cylioder containing a knovu volume of fluid. 



Kmbers of organisms par cubic meter: Tbe plaakton seaplei? vere 



split by using a ?olflcin splitter described in Statistifsal 



Analysis of tbe Forfcrmanee of t he Folscan Plaakton Splitter, 



Based on Test Observations , by G. F. McEuen, M. W. Johnson, 



and llh. R. Folsom, Archive fur M»terologie Geophysik und 



Biokllnatologie, Series A, Meterologie und Oeopbyslk, Band 1, 



195^ • TSm number of splits varied from l-T^ depending on the 



volume of the plaakton sample • 



The suniber of organisms counted averaged ^proximately 



^«00 per seais>l«* 



Presentation of Data 



DAHSi/EOUR Day and median hour (GCT) of plaakton hauls 



t Less than <»te organism per cubic meter, and 



not eoo^ted in the total 



« Excessive phytcyplaakton 



( ) Sample taken from torn net 



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