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64 <br />A <br />C <br />Q <br />35- <br />40- <br />45- <br />S0- <br />?o <br />loo- <br />zoo- <br />wE <br />E 300- <br />E 400- <br />e 500- <br />> <br />e0o- <br />700- <br />Soo- <br />Percentage <br />?rrCrnlr$r <br />0 <br />,o- <br />+o- ? <br />+a <br />aa- <br />>a <br />a0- <br />,. 4a <br />4o- <br />w0- <br />roo- <br />roo- <br />Fig. 3. Size (volume)-frequency distributions expressed as percentage of zooplankters in the Arizona Bay backwater (darkened, left) <br />and in stomachs of larval razorback sucker from the backwater (open, right); + indicates <1%; index of selection, L, indicated where <br />/L./ > about 10 (see text). A. Total zooplankton: water column n = 382 potential food items, larval stomachs n =1,020 food items. B. <br />Rotifera: water column n = 221 potential food items, larval stomachs n =109 food items. C. Bosmina: water column n = 51 potential <br />food items, larval stomachs n = 427 food items. D. Daphnia: water column n = 49 potential foods items, larval stomachs n =181 food <br />items. E. Copepoda: water column n = 61 potential food items, larval stomachs n =165 food items. <br /> <br />7 <br />0-- <br />5- <br />to- <br />?0 15- ; <br />x z0- <br />E 23' <br />0 30- <br />E <br />B 35- <br />' 40- <br />4 5- <br />so- <br />B <br />D <br />o- <br />a0- <br />+oo- <br />zoo- <br />coo- <br />400- <br />Soo- <br />wa <br />40 0- <br />6 700- <br />E - $oo- <br />$oo- <br />1000- <br />a00o- <br />10.000- <br />1 a.000- <br />x0.000-