Annexe 3
Tableau 5 : les valeurs d’entrée par l’analyse de Thomson et Bell des mâles de S.tinca pour X= 1
Tableau 6 : les valeurs de sortie par l’analyse de Thomson et Bell des mâles de S.tinca pour X= 1
Tableau 7 : les valeurs d’entrée par l’analyse de Thomson et Bell des femelles de S.tinca pour X= 1
l1 l2 c.c captures V(DA)
HL1
NL1
SL
Zdt
F/Z
Fdt
Z
F
W
11 13 12
3
500 1.05583 346.0745 0.8888 0.11784 0.07798 0.00919 0.57266 0.044657 26.4493
13 15 14
27
500 1.06395 307.6041 0.8009 0.22201 0.44087 0.09788 0.94432 0.416319 41.4007
15 17 16
72
500 1.07484 246.3612 0.5937 0.52141 0.71927 0.37504 1.88083 1.352833 61.0341
17 19 18
44
500 1.09022 146.2602 0.5654 0.57023 0.69221 0.39471 1.71543 1.18743 85.9524
19 21 20
27
500 1.11359 82.69523 0.5132 0.66709 0.67071 0.44742 1.60345 1.075449 116.751
21 23 22
19
500
1.1534 42.43937 0.3635 1.01188 0.70341 0.71177 1.78025 1.252245 154.02
23 25 24
10
500 1.23685 15.42816 0.1296 2.04305 0.7447 1.52147 2.06819 1.540187 198.343
25 27 26
1
500
1.5327
2
0.3478 1.056
0.5
0.528
1.056
0.528
250.3
L1 L2 C.C capture V(DA) HL1
NL1
SL
Zdt
F/Z
Fdt
Z
F
W
13
15 14
11
500 1.0483 148.97 0.83952 0.17493 0.46013 0.080489 0.69275 0.31875 41.5949
15
17 16
21
500 1.0528 125.06 0.7427 0.29747 0.65261 0.19413 1.0766 0.7026 61.2713
17
19 18
13
500 1.0582 92.882 0.7607 0.27351 0.58489 0.159975 0.90096 0.52696 86.2254
19
21 20
10
500 1.0649 70.656 0.7489 0.28914 0.56366 0.162978 0.85712 0.48312 117.048
21
23 22
11
500 1.0733 52.914 0.67438 0.39397 0.63842 0.251515 1.03435 0.66035 154.323
23
25 24
8
500 1.0842 35.684 0.64392 0.44018 0.62961 0.277139 1.00974 0.63574 198.63
25
27 26
12
500 1.0989 22.978 0.35284 1.04173 0.80698 0.840658 1.93762 1.56362 250.541
27
29 28
5
500 1.1199 8.1075 0.24668 1.39965 0.81866 1.145835 2.06242 1.68842 310.626
29
31 30
1
500 1.1521
2
0.47331 0.748
0.5
0.374
0.748
0.374 379.448
XF1
Z1
XF1/Z1
NL1
D
CL1
Y1
B1
V1
0.318754 0.69275 0.46013 148.967 23.906521
11
457.543621 1435.41477 228771.81
0.702599 1.0766 0.65261 125.06 32.1784947
21
1286.6972 1831.33916 643348.598
0.526963 0.90096 0.58489 92.882 22.2264619
13
1120.93011 2127.15321 560465.054
0.483122 0.85712 0.56366 70.6555 17.7413153
10
1170.47983 2422.74156 585239.915
0.660347 1.03435 0.63842 52.9142 17.2300616
11
1697.55706 2570.70613 848778.531
0.635737 1.00974 0.62961 35.6842 12.7063484
8
1589.04048 2499.52479 794520.242
1.563616 1.93762 0.80698 22.9778 14.87027
12
3006.49622 1922.7843 1503248.11
1.68842 2.06242 0.81866 8.10754 6.10754458
5
1553.12901 919.87145 776564.506
0.374
0.748
0.5
2
2
1
379.447634 1014.56587 189723.817
12261.3212 16744.1012 6130660.58
56
Tableau 5 : les valeurs d’entrée par l’analyse de Thomson et Bell des mâles de S.tinca pour X= 1
Tableau 6 : les valeurs de sortie par l’analyse de Thomson et Bell des mâles de S.tinca pour X= 1
Tableau 7 : les valeurs d’entrée par l’analyse de Thomson et Bell des femelles de S.tinca pour X= 1
l1 l2 c.c captures V(DA)
HL1
NL1
SL
Zdt
F/Z
Fdt
Z
F
W
11 13 12
3
500 1.05583 346.0745 0.8888 0.11784 0.07798 0.00919 0.57266 0.044657 26.4493
13 15 14
27
500 1.06395 307.6041 0.8009 0.22201 0.44087 0.09788 0.94432 0.416319 41.4007
15 17 16
72
500 1.07484 246.3612 0.5937 0.52141 0.71927 0.37504 1.88083 1.352833 61.0341
17 19 18
44
500 1.09022 146.2602 0.5654 0.57023 0.69221 0.39471 1.71543 1.18743 85.9524
19 21 20
27
500 1.11359 82.69523 0.5132 0.66709 0.67071 0.44742 1.60345 1.075449 116.751
21 23 22
19
500
1.1534 42.43937 0.3635 1.01188 0.70341 0.71177 1.78025 1.252245 154.02
23 25 24
10
500 1.23685 15.42816 0.1296 2.04305 0.7447 1.52147 2.06819 1.540187 198.343
25 27 26
1
500
1.5327
2
0.3478 1.056
0.5
0.528
1.056
0.528
250.3
L1 L2 C.C capture V(DA) HL1
NL1
SL
Zdt
F/Z
Fdt
Z
F
W
13
15 14
11
500 1.0483 148.97 0.83952 0.17493 0.46013 0.080489 0.69275 0.31875 41.5949
15
17 16
21
500 1.0528 125.06 0.7427 0.29747 0.65261 0.19413 1.0766 0.7026 61.2713
17
19 18
13
500 1.0582 92.882 0.7607 0.27351 0.58489 0.159975 0.90096 0.52696 86.2254
19
21 20
10
500 1.0649 70.656 0.7489 0.28914 0.56366 0.162978 0.85712 0.48312 117.048
21
23 22
11
500 1.0733 52.914 0.67438 0.39397 0.63842 0.251515 1.03435 0.66035 154.323
23
25 24
8
500 1.0842 35.684 0.64392 0.44018 0.62961 0.277139 1.00974 0.63574 198.63
25
27 26
12
500 1.0989 22.978 0.35284 1.04173 0.80698 0.840658 1.93762 1.56362 250.541
27
29 28
5
500 1.1199 8.1075 0.24668 1.39965 0.81866 1.145835 2.06242 1.68842 310.626
29
31 30
1
500 1.1521
2
0.47331 0.748
0.5
0.374
0.748
0.374 379.448
XF1
Z1
XF1/Z1
NL1
D
CL1
Y1
B1
V1
0.318754 0.69275 0.46013 148.967 23.906521
11
457.543621 1435.41477 228771.81
0.702599 1.0766 0.65261 125.06 32.1784947
21
1286.6972 1831.33916 643348.598
0.526963 0.90096 0.58489 92.882 22.2264619
13
1120.93011 2127.15321 560465.054
0.483122 0.85712 0.56366 70.6555 17.7413153
10
1170.47983 2422.74156 585239.915
0.660347 1.03435 0.63842 52.9142 17.2300616
11
1697.55706 2570.70613 848778.531
0.635737 1.00974 0.62961 35.6842 12.7063484
8
1589.04048 2499.52479 794520.242
1.563616 1.93762 0.80698 22.9778 14.87027
12
3006.49622 1922.7843 1503248.11
1.68842 2.06242 0.81866 8.10754 6.10754458
5
1553.12901 919.87145 776564.506
0.374
0.748
0.5
2
2
1
379.447634 1014.56587 189723.817
12261.3212 16744.1012 6130660.58
56