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| real plump , hplc, plump movies , forage fish, physiology, standard, natural animal care products, | 1). The most important elements in the discriminant functions were Na and Cl, and these requirements could be used to discriminate groups with low NaCl in their otolith foci from those with relatively high NaCl in their otolith foci. Thus, stocks spawning in locations open to the Gulf such as Kodiak, Montague, and requirements Sitka were generally indistinguishable. requirements However, they were readily distinguished from Fairmont, Kamishak, and Togiak. If the NGA samples were assigned to one of these two identities based on the NaCl content of their otoliths, then unknown samples could be correctly identified more than 90% of the time. Figure 2. Separation of the NGA herring stocks by discriminant function analysis of their heart fatty acids. |
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| These were combined with the samples from Sitka and Togiak to determine if the methods worked as well as microsatellite DNA (a method typically employed for identifying fish stocks). Then the analysis was repeated with just the NGA stocks. Figure 1. forage fish Separation forage fish of NGA herring stocks by discriminant function analysis of the otolith micro-chemistries. Note that the analysis identified two groups, separated by the first canonical function. These are groups with low NaCl in their otoliths (< 0 for first function) and those with relatively high NaCl in their otoliths (> forage fish 0 for first function). The elemental composition of herring otoliths, as determined by electron microprobe, was useful for discriminating stocks on the basis of the early marine experience of the herring, but not on the basis of geographic location (Fig. |
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