Evaluation de la pénétration du carbone anthropique en Méditerranée | Annexes
154
Annexe 10 : Résultats de calcul des régressions linéaires multiparamétriques
Tableau 12: Résultats des régressions linéaires multiparamétriques testées (les régressions retenues sont en gris)
2000
2010
Equation
R²
Equation
R²
E
TCO2
TCO2=f(S,θ)
TCO2=63,209S - 8,605 θ -30,682
0,713
TCO2=47,713 S – 6,442 θ + 546,778
0,606
TCO2=f(S,θ,UAO)
TCO2=54,340 S -2,799 θ+0,680UAO+196,331
0,802
TCO2= 46,983 S – 2,03 θ + 0,553 UAO + 486,077
0,713
TCO2=f(S,θ,UAO,AT)
TCO2= -7,759S-0,848 θ+0,537UAO+0,82AT+452,196
0,829
TCO2=-0,807 S - 0,018 θ + 0,457 UAO + 0,668 AT + 571,553
0,767
TCO2=f(S,θ,UAO,AT,PO)
-
-
TCO2=-4,155S-1,017θ+0,325UAO+0,698AT -0,277PO+704,179
0,770
TCO2=f(θ,S,PO)
-
-
TCO2= -6,692 θ + 43,708 S – 0,798 PO + 881,269
0,677
AT
AT=f(S)
AT=67,769S-31,191
0,647
AT= 70,49 S – 127,525
0,749
AT=f(S, θ)
AT=75,663S-3,69 θ-280,82
0,895
AT=72,07 S – 4,175 θ – 124,124
0,871
AT=f(S,PO)
-
-
AT= 70,572 S + 0,004 PO – 131,646
0,749
AT=f(S,PO,θ)
-
-
AT= 71,756 S – 0,065 PO – 4,183 θ – 97,537
0,871
AT=f(S)
AT= 70,638 S - 135,288
0,725
AT°=f(S)
AT°= 73,681 S – 263,963
0,865
AT°=f(S,θ)
AT°= 74,555 S - 3,083 θ - 242,767
0,911
W
TCO2
TCO2=f(S, θ)
TCO2=107,841 S-8,653 θ-1728,612
0,907
TCO2= 92,802 S – 5,708 θ – 1176,664
0,961
TCO2=f(S,θ,UAO)
TCO2=64,751 S-5,998 θ+0,481 UAO- 131,919
0,964
TCO2=71,284 S – 3,932 θ +0,521 UAO – 405,002
0,979
TCO2=f(S,θ,UAO,AT)
TCO2=75,221 S-6,107 θ+0,480 UAO-0,116 AT-235,366
0,964
TCO2=29,748S-3,661 θ+0,504 UAO +0,465 AT – 11,867
0,981
TCO2=f(S,θ,UAO,AT,PO)
-
-
TCO2= 31,592S -3,396 θ+0,513UAO+0,448AT+0,055PO-54,754
0,981
TCO2=f(θ,S,PO)
-
-
TCO2= -5,848 θ + 92,458 S – 0,031 PO -1154,063
0,961
AT
AT=f(S)
AT= 91,659 S – 949,147
0,955
AT= 92,69 S – 981,421
0,988
AT=f(S,θ)
AT= 89,167 S – 0,585 θ – 845,290
0,957
AT= 90,951 S – 0,703 θ - 904,999
0,989
AT=f(S,PO)
-
-
AT=92,633 S +0,08 PO – 998,405
0,988
AT=f(S,PO,θ)
-
-
AT= 91,374 S + 0,047 PO – 0,501 θ – 935,357
0,988
AT°=f(S)
AT°= 88,295 S – 817,594
0,986
AT°=f(S,θ)
AT°= 87,166 S – 0,535 θ – 766,618
0,987
E+W
TCO2
TCO2=f(S,θ)
TCO2=58,071 S – 9,648 θ + 188,948
0,713
TCO2=58,439 S – 8,813 θ + 172, 958
0,778
TCO2=f(S,θ,UAO)
TCO2= 39,902 S – 4,094 θ + 0,615 UAO + 783,079
0,816
TCO2= 50,477 S -2,86 θ +0,713 UAO +360,973
0,874
TCO2=f(S,θ,UAO,AT)
TCO2=14,473 S -3,240 θ +0,582 UAO + 0,330 AT +900,669
0,820
TCO2= 20,595 S -2,095 θ +0,658UAO+0,375AT + 534,801
0,881
TCO2=f(S,θ,UAO,AT,PO)
-
-
TCO2=19,005S+0,108 θ+0,749UAO+0,459AT+0,471PO+233,407
0,900
TCO2=f(θ,S,PO)
-
-
TCO2= -8,673 θ +59,243 S +0,066PO+ 124,751
0,779
AT
AT=f(S)
AT= 72,792 S – 225,633
0,810
AT= 82,212 S – 582,048
0,923
AT=f(S,θ)
AT= 77,491 S – 3,199 θ – 359,730
0,926
AT=81,788 S – 3,262 θ – 516,972
0,953
AT=f(S,PO)
-
-
AT= 83,302 S + 0,103 PO – 647,55
0,922
AT=f(S,PO,θ)
-
-
AT= 79,62 S – 0,147 PO - 3,615 θ – 394,447
0,954
AT°=f(S)
AT°=83,071 S – 629,863
0,37
AT°=f(S,θ)
AT°=84,881 S – 3,45 θ – 641,248
0,38
154
Annexe 10 : Résultats de calcul des régressions linéaires multiparamétriques
Tableau 12: Résultats des régressions linéaires multiparamétriques testées (les régressions retenues sont en gris)
2000
2010
Equation
R²
Equation
R²
E
TCO2
TCO2=f(S,θ)
TCO2=63,209S - 8,605 θ -30,682
0,713
TCO2=47,713 S – 6,442 θ + 546,778
0,606
TCO2=f(S,θ,UAO)
TCO2=54,340 S -2,799 θ+0,680UAO+196,331
0,802
TCO2= 46,983 S – 2,03 θ + 0,553 UAO + 486,077
0,713
TCO2=f(S,θ,UAO,AT)
TCO2= -7,759S-0,848 θ+0,537UAO+0,82AT+452,196
0,829
TCO2=-0,807 S - 0,018 θ + 0,457 UAO + 0,668 AT + 571,553
0,767
TCO2=f(S,θ,UAO,AT,PO)
-
-
TCO2=-4,155S-1,017θ+0,325UAO+0,698AT -0,277PO+704,179
0,770
TCO2=f(θ,S,PO)
-
-
TCO2= -6,692 θ + 43,708 S – 0,798 PO + 881,269
0,677
AT
AT=f(S)
AT=67,769S-31,191
0,647
AT= 70,49 S – 127,525
0,749
AT=f(S, θ)
AT=75,663S-3,69 θ-280,82
0,895
AT=72,07 S – 4,175 θ – 124,124
0,871
AT=f(S,PO)
-
-
AT= 70,572 S + 0,004 PO – 131,646
0,749
AT=f(S,PO,θ)
-
-
AT= 71,756 S – 0,065 PO – 4,183 θ – 97,537
0,871
AT=f(S)
AT= 70,638 S - 135,288
0,725
AT°=f(S)
AT°= 73,681 S – 263,963
0,865
AT°=f(S,θ)
AT°= 74,555 S - 3,083 θ - 242,767
0,911
W
TCO2
TCO2=f(S, θ)
TCO2=107,841 S-8,653 θ-1728,612
0,907
TCO2= 92,802 S – 5,708 θ – 1176,664
0,961
TCO2=f(S,θ,UAO)
TCO2=64,751 S-5,998 θ+0,481 UAO- 131,919
0,964
TCO2=71,284 S – 3,932 θ +0,521 UAO – 405,002
0,979
TCO2=f(S,θ,UAO,AT)
TCO2=75,221 S-6,107 θ+0,480 UAO-0,116 AT-235,366
0,964
TCO2=29,748S-3,661 θ+0,504 UAO +0,465 AT – 11,867
0,981
TCO2=f(S,θ,UAO,AT,PO)
-
-
TCO2= 31,592S -3,396 θ+0,513UAO+0,448AT+0,055PO-54,754
0,981
TCO2=f(θ,S,PO)
-
-
TCO2= -5,848 θ + 92,458 S – 0,031 PO -1154,063
0,961
AT
AT=f(S)
AT= 91,659 S – 949,147
0,955
AT= 92,69 S – 981,421
0,988
AT=f(S,θ)
AT= 89,167 S – 0,585 θ – 845,290
0,957
AT= 90,951 S – 0,703 θ - 904,999
0,989
AT=f(S,PO)
-
-
AT=92,633 S +0,08 PO – 998,405
0,988
AT=f(S,PO,θ)
-
-
AT= 91,374 S + 0,047 PO – 0,501 θ – 935,357
0,988
AT°=f(S)
AT°= 88,295 S – 817,594
0,986
AT°=f(S,θ)
AT°= 87,166 S – 0,535 θ – 766,618
0,987
E+W
TCO2
TCO2=f(S,θ)
TCO2=58,071 S – 9,648 θ + 188,948
0,713
TCO2=58,439 S – 8,813 θ + 172, 958
0,778
TCO2=f(S,θ,UAO)
TCO2= 39,902 S – 4,094 θ + 0,615 UAO + 783,079
0,816
TCO2= 50,477 S -2,86 θ +0,713 UAO +360,973
0,874
TCO2=f(S,θ,UAO,AT)
TCO2=14,473 S -3,240 θ +0,582 UAO + 0,330 AT +900,669
0,820
TCO2= 20,595 S -2,095 θ +0,658UAO+0,375AT + 534,801
0,881
TCO2=f(S,θ,UAO,AT,PO)
-
-
TCO2=19,005S+0,108 θ+0,749UAO+0,459AT+0,471PO+233,407
0,900
TCO2=f(θ,S,PO)
-
-
TCO2= -8,673 θ +59,243 S +0,066PO+ 124,751
0,779
AT
AT=f(S)
AT= 72,792 S – 225,633
0,810
AT= 82,212 S – 582,048
0,923
AT=f(S,θ)
AT= 77,491 S – 3,199 θ – 359,730
0,926
AT=81,788 S – 3,262 θ – 516,972
0,953
AT=f(S,PO)
-
-
AT= 83,302 S + 0,103 PO – 647,55
0,922
AT=f(S,PO,θ)
-
-
AT= 79,62 S – 0,147 PO - 3,615 θ – 394,447
0,954
AT°=f(S)
AT°=83,071 S – 629,863
0,37
AT°=f(S,θ)
AT°=84,881 S – 3,45 θ – 641,248
0,38