Aselay of response to showed highly

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Unformatted text preview: vival 1 ith p < = .001). A= there were 0.05)ifferences in tapish (n among xhe five populations.03; Fish tthat differed cn their level twof most isolated populations d than without f scores 133, t 1.013, SE = 0 wulations o fish chemical iues, while the o genetic isolation. ith f lations that had=a3stronger 1,13, 4,70, 0.001). Also,ig.o2).ishereur(.82, df = df = P < P < esponse tt f As predicted, there fishhowed ot ighly significanttorfer and n ih, ate in rresponseeF = 9.05, behavioral r 0.001, F here w s significant s did n h significantly rS decreases i S feeding atevoluOon educe its feeding r 1998, E in r arginally s a weaker ive populations vived longer than wopulations scores a mong theegative correlation between to sponse to fish cchemicals (tP <two.001, Fig. 3). The two most p as a mn tap with ignificant n fbehavioral re-with fish differences i fish chemical ues, while he 0 most isolated populations E significant S had s in feeding rate n reisolation f rom,70, P < populations 2). Aselay of response to showed highly volutionaryfdecreasesignificantly higher fieeding f = 4 fishless 0.001, Fig. and d predicted, there isolated populations with ishignificance (F = 9.05, d sponse. simulated attack (r, = -0.77, P = 0.07). The most isolated rate differences than the two least is...
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This note was uploaded on 01/13/2014 for the course BIONB 2210 taught by Professor Seeley during the Fall '10 term at Cornell University (Engineering School).

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