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Table 6 The predictive ability of four basic methods and ELPGV, and the comparison p-value between ELPGV and others in GY with wheat dataset

From: Ensemble learning for integrative prediction of genetic values with genomic variants

Method

The first place

The second place

The third place

The fourth place

Predictive ability

p-value

Predictive ability

p-value

Predictive ability

p-value

Predictive ability

p-value

ELPGV

0.5273 ± 0.0104

—

0.5092 ± 0.0101

—

0.4050 ± 0.0102

—

0.4722 ± 0.0101

—

BayesA

0.5231 ± 0.0105

1.550E−10

0.5057 ± 0.0101

1.238E−07

0.3953 ± 0.0103

3.711E−15

0.4676 ± 0.0102

7.265E−14

BayesB

0.5080 ± 0.0104

2.296E−17

0.4947 ± 0.0104

5.993E−12

0.3914 ± 0.0101

4.098E−06

0.4542 ± 0.0101

1.261E−18

BayesCÏ€

0.5215 ± 0.0105

7.965E−19

0.5046 ± 0.0101

6.695E−11

0.3947 ± 0.0102

2.264E−17

0.4672 ± 0.0102

1.200E−13

GBLUP

0.5251 ± 0.0105

2.297E−04

0.5058 ± 0.0100

7.877E−07

0.3954 ± 0.0104

2.938E−12

0.4698 ± 0.0102

5.013E−05

  1. ELPGV is the ensemble learning based on BayesA, BayesB, BayesCÏ€ and GBLUP
  2. — Represents no explicit result was found in this method