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Table 9 Association between GAI and leaf parameters polymorphisms: method 2

From: Association study between the gibberellic acid insensitive gene and leaf length in a Lolium perenne L. synthetic variety

Haplo-types

Sample size +

Sample size -

Leaf length

LERmax

Leaf Elongation Duration

   

spring

autumn

spring

autumn

spring

autumn

2

60

126

0.042

0.934

0.038

0.822

0.713

0.286

9

50

136

0.164

0.807

0.118

0.220

0.815

0.164

10

17

169

0.858

0.521

0.701

0.488

0.582

0.058

15

14

172

0.533

0.109

0.115

0.039

0.449

0.472

24

54

132

0.012

0.002

0.004

0.001

0.083

0.842

25

15

171

0.850

0.089

0.423

0.979

0.310

0.006

27

45

141

0.098

0.115

0.384

0.415

0.167

0.427

30

17

169

0.175

0.018

0.808

0.207

0.001

0.023

37

25

161

0.801

0.151

0.937

0.321

0.488

0.211

  1. P-values (α) of Scheffé analyses for the effect of presence (+) versus absence (-) of a haplotype for leaf length (Llength), maximum leaf elongation rate (LERmax) and leaf elongation duration (LED) in spring and autumn on 'Herbie'. The nine most abundant haplotypes were tested. The numbers of samples including the haplotype (+) or not (-) are indicated. The values below 0.05 are in bold