Genotype

Model

a

b

R²

Equation

74-112

y = ax + b

0.6742

−1.2666

0.9813

Y = 0.6742(x) − 1.2666

y = ax

0.6506

-

0.9980

Y = 0.6506(x)

y = aLnx + b

32.349

−92.732

0.9318

Y = 32.349ln(x) − 92.732

y = ax^b

0.619

1.0112

0.9791

Y = 0.619(x)^1.0112

74-165

y = ax + b

0.6276

71.0097

0.9848

Y = 0.6276(x) + 71.0097

y = ax

0.6477

-

0.9987

Y = 0.6477(x)

y = aLnx + b

29.894

−83.318

0.9481

Y = 29.894ln(x) − 83.318

y = ax^b

0.7883

0.9479

0.9819

Y = 0.7883(x)^0.9479

75-225

y = ax + b

0.6577

−0.4412

0.9730

Y = 0.6577(x) − 0.4412

y = ax

0.6471

0.9992

Y = 0.6471(x)

y = aLnx + b

27.018

−73.436

0.9543

Y = 27.018ln(x) − 73.436

y = ax^b

0.6333

1.0055

0.969

Y = 0.6333(x)^1.0055

74-1

y = ax + b

0.6117

0.9588

0.9775

Y = 0.6117(x) + 0.9588

y = ax

0.6347

-

0.9991

Y = 0.6347(x)

y = aLnx + b

23.77

−61.769

0.9602

Y = 23.77ln(x) − 61.769

y = ax^b

0.7535

0.954

0.9765

Y = 0.7535(x)^0.954

74-140

y = ax + b

0.6309

0.6095

0.9854

Y = 0.6309(x) + 0.6095

y = ax

0.6450

-

0.9989

Y = 0.6450(x)

y = aLnx + b

25.309

−66.765

0.972

Y = 25.309ln(x) − 66.765

y = ax^b

0.6682

0.9908

0.9804

Y = 0.6682(x)^0.9908

74-158

y = ax + b

0.6464

0.5068

0.9682

Y = 0.6464(x) + 0.5068

y = ax

0.6563

-

0.9986

Y = 0.6563(x)

y = aLnx + b

30.633

−86351

0.9465

Y = 30.633ln(x) − 86351

y = ax^b

0.7322

0.972

0.9664

Y = 0.7322(x)^0.972

74-148

y = ax + b

0.6065

71.293

0.9239

Y = 0.6065(x) + 71.293

y = ax

0.6351

-

0.9978

Y = 0.6351(x)

y = aLnx + b

26.651

−72.52

0.9116

Y = 26.651ln(x) − 72.52

y = ax^b

0.7995

0.9564

0.9216

Y = 0.7995(x)^0.9564

74-54

y = ax + b

0.6156

0.7748

0.9768

Y = 0.6156(x) + 0.7748

y = ax

0.6357

-

0.9990

Y = 0.6357(x)

y = aLnx + b

22.17

−56.026

0.9532

Y = 22.17ln(x) − 56.026

y = ax^b

0.7456

0.9563

0.9758

Y = 0.7456(x)^0.9563