Genotype

Model

a

b

R²

Equation

74-112

y = ax + b

0.6372

−0.3045

0.9766

Y = 0.6372(x) − 0.3045

y = ax

0.6339

-

0.9985

Y = 0.6339(x)

y = aLnx + b

41.096

−129.31

0.9321

Y = 41.096ln(x) − 129.31

y = ax^b

0.6876

0.9803

0.9704

Y = 0.6876(x)^0.9803

74-165

y = ax + b

0.636

−0.0565

0.9886

Y = 0.636(x) − 0.0565

y = ax

0.6348

-

0.9993

Y = 0.6348(x)

y = aLnx + b

26.641

−72.013

0.9668

Y = 26.641ln(x) − 72.013

y = ax^b

0.6351

0.9997

0.9881

Y = 0.6351(x)^0.9997

75-225

y = ax + b

0.6577

−0.5511

0.9848

Y = 0.6577(x) − 0.5511

y = ax

0.6499

-

0.9981

Y = 0.6499(x)

y = aLnx + b

42.081

−130.36

0.9540

Y = 42.081ln(x) − 130.36

y = ax^b

0.5961

0.02

0.9840

Y = 0.5961(x)^0.02

74-1

y = ax + b

0.6516

−0.0844

0.9784

Y = 0.6516(x) − 0.0844

y = ax

0.6499

-

0.9982

Y = 0.6499(x)

y = aLnx + b

30.745

−86.382

0.9522

Y = 30.745ln(x) − 86.382

y = ax^b

0.6365

1.005

0.9774

Y = 0.6365(x)^1.005

74-140

y = ax + b

0.6193

1.7383

0.9844

Y = 0.6193(x) + 1.7383

y = ax

0.6539

-

0.9982

Y = 0.6539(x)

y = aLnx + b

28.413

−76.989

0.9535

Y = 28.413ln(x) − 76.989

y = ax^b

0.7518

0.9654

0.9838

Y = 0.7518(x)^0.9654

74-158

y = ax + b

0.6104

1.3566

0.9821

Y = 0.6104(x) + 1.3566

y = ax

0.6388

-

0.9979

Y = 0.6388(x)

y = aLnx + b

24.776

−64.464

0.9429

Y = 24.776ln(x) − 64.464

y = ax^b

0.791

0.9448

0.9754

Y = 0.791(x)^0.9448

74-148

y = ax + b

0.6127

2.1606

0.9722

Y = 35.269(x) − 103.89

y = ax

0.6447

-

0.9980

Y = 0.6447(x)

y = aLnx + b

35.269

−103.89

0.9531

Y = 35.269ln(x) − 103.89

y = ax^b

0.7916

0.9515

0.960

Y = 0.7916(x)^0.9515

74-54

y = ax + b

0.6361

0.4031

0.9881

Y = 0.6361(x) + 0.4031

y = ax

0.6433

-

0.9985

Y = 0.6433(x)

y = aLnx + b

31.839

−91.613

0.9517

Y = 31.839Ln(x) − 91.613

y = ax^b

0.6255

1.0069

0.9609

Y = 0.6255(x)^1.0069