05 d f 4 fishless 0001 fig and d predicted there

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Unformatted text preview: es a ighly significant f P < 0.001). 0.05) = 3.82, df = 1   High feeding rates streams ry uot significantly reduce i S feeding rate in response ish d n p!) S a • f s P < .001). A 1 there w = with f •  Low feeding rates without,13,cores=0mong xhelso, .013, SEere (s0ignificant tfodishidhemical cues,torfer hend tsih, 1998, EvoluOon 0.05)ifferences in tapish (n a 133, t =five populations.03; Fish d than f c while t two most isolated populations (F = 9.05, df = P < P < 0.001, F there were significant s did n h significantly reduce its feeding rate ate in r = 3.82, df = 1,13, 4,70, 0.001). Also,ig. 2). As predicted, there fishhowed ot ighly significant decreases in feedingin rresponseewas a mn tap scores among theegative correlation between to sponse to fish cchemicals (P <two most Fig. 3). The two most arginally significant n five populations with fish 0.001, isolated populations differences i fish chemical ues, while the i 9.05, d f = 4 fishless 0.001, Fig. and d predicted, there isolated populations with ish had s in (F =solation f rom,70, P &...
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