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GENOTYPE-BY-ENVIRONMENT INTERACTION AND STABILITY ANALYSIS | |
Genotype-by-Environment Interaction | |
Heredity and Environment | |
Genotype-by-Environment Interaction | |
Implications of GEI in Crop Breeding | |
Causes of Genotype-by-Environment Interaction | |
Stability Analyses in Plant Breeding and Performance Trials | |
Stability Analysis in Plant Breeding and Performance Trials | |
Stability Concepts and Statistics | |
Dealing with Genotype-by-Environment Interaction | |
GGE Biplot: Genotype + GE Interaction | |
GGE BIPLOT AND MULTI-ENVIRONMENTAL TRIAL ANALYSIS | |
Theory of Biplot | |
The Concept of Biplot | |
The Inner-Product Property of a Biplot | |
Visualizing the Biplot | |
Relationships among Columns and among Rows | |
Biplot Analysis of Two-Way Data | |
Introduction to GGE Biplot | |
The Concept of GGE and GGE Biplot | |
The Basic Model for a GGE Biplot | |
Methods of Singular Value Partitioning | |
An Alternative Model for GGE Biplot | |
Three Types of Data Transformation | |
Generating a GGE Biplot Using Conventional Methods | |
Biplot Analysis of Multi-Environment Trial Data | |
Objectives of Multi-Environment Trial Data Analysis | |
Simple Comparisons Using GGE Biplot | |
Mega-Environment Investigation | |
Cultivar Evaluation for a Given Mega-Environment | |
Evaluation of Test Environments | |
Comparison with the AMMI Biplot | |
Interpreting Genotype-by-Environment Interaction | |
GGE BIPLOT SOFTWARE AND APPLICATIONS TO OTHER TYPES OF TWO-WAY DATA | |
GGE Biplot Software-The Solution for GGE Biplot Analyses | |
The Need for GGE Biplot Software | |
The Terminology of Entries and Testers | |
Preparing Data File for GGE Biplot | |
Organization of GGE Biplot Software | |
Functions for a Genotype-by-Environment Dataset | |
Function for a Genotype-by-Strain Dataset | |
Application of GGE Biplot to Other Types of Two-way Data | |
GGE Biplot Continues to Evolve | |
Cultivar Evaluation Based on Multiple Traits | |
Why Multiple Traits? | |
Cultivar Evaluation Based on Multiple Traits | |
Identifying Traits for Indirect Selection for Loaf Volume | |
Identification of Redundant Traits | |
Comparing Cultivars as Packages of Traits | |
Investigation of Different Selection Strategies | |
Systems Understanding of Crop Improvement | |
Three-Mode Principal Component Analysis and Visualization | |
QTL Identification Using GGE Biplot | |
Why Biplot? | |
Data Source and Model | |
Grouping of Linked Markers | |
Gene Mapping Using Biplot | |
QTL Identification via GGE Biplot | |
Interconnectedness among Traits and Pleiotropic Effects of a Given Locus | |
Understanding DH Lines through the Biplot Pattern | |
QTL and GE Interaction | |
Biplot Analysis of Diallel Data | |
Model for Biplot Analysis of Diallel Data | |
General Combining Ability of Parents | |
Specific Combining Ability of Parents | |
Heterotic Groups | |
The Best Testers for Assessing General Combining Ability of Parents | |
The Best Crosses | |
Hypothesis on the Genetic Constitution of Parents | |
Targeting a Large Dataset | |
Advantages and Disadvantages of the Biplot Approach | |
Biplot Analysis of Host Genotype-by-Pathogen Strain Interactions | |
Vertical vs. Horizontal Resistance | |
Genotype-By-Strain Interaction for a Barley Net Blotch | |
Genotype-by-Strain Interaction for Wheat Fusarium Head Blight | |
Biplot Analysis to Detect Synergism between Genotypes of Different Species | |
Genotype-by-Strain Interaction for Nitrogen-Fixation | |
Wheat-Maize Interaction for Wheat Haploid Embryo Formation | |
References | |
Index |