. Bulletin. Science. Wi WINTER Gammarids Fishes Isopods Decapods _ ., Y////////A Echinoderms. Fig. 3. Relative importance by percent number (N), percent weight (W) and percent frequency occurrence (F) of principal prey of kelp bass during summer (a), and winter (b) and barred sand bass during summer (c) and winter (d) from Punta Banda estuary. Below bars: IRI percentage and IRI values (parenthesis). 4). Significant differences in feeding intensity between seasons (H = , P < ) were found. In barred sand bass, a decrease of feeding intensity from (± SD) in summer to (±
. Bulletin. Science. Wi WINTER Gammarids Fishes Isopods Decapods _ ., Y////////A Echinoderms. Fig. 3. Relative importance by percent number (N), percent weight (W) and percent frequency occurrence (F) of principal prey of kelp bass during summer (a), and winter (b) and barred sand bass during summer (c) and winter (d) from Punta Banda estuary. Below bars: IRI percentage and IRI values (parenthesis). 4). Significant differences in feeding intensity between seasons (H = , P < ) were found. In barred sand bass, a decrease of feeding intensity from (± SD) in summer to (± SD) in winter (Figure 4) was observed. Sig- nificant differences were observed in feeding intensity between seasons (H = , P < ). In kelp bass, a significant (x2 = , P < ) increase in empty stomachs was found from summer () to winter () (Figure 5). In barred sand bass, no differences (x2 = , P < ) was observed in empty stomachs ( sum- mer, winter; Figure 5).. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Southern California Academy of Sciences. Los Angeles, Calif. : The Academy
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